Part C Sample Data

1. Encryption sample data

This section contains sample data for the Low Energy encryption process.

The following scenario describes the start of encryption, followed by the transfer of an encrypted data physical channel data packet in each direction. It describes:

how the derived values are calculated (fixed values are given in red)
which HCI command and events are exchanged if HCI is used (given in italic)
which LL messages are exchanged over the air (given in green).

CRCs are not shown because they depend on a random CRC init value. Scrambling is disabled.

The following parameters are set to the fixed values below:

LTK = 0x4C68384139F574D836BCF34E9DFB01BF (MSO to LSO) EDIV = 0x2474 (MSO to LSO) RAND = 0xABCDEF1234567890 (MSO to LSO) SKD_C = 0xACBDCEDFE0F10213 (MSO to LSO) SKD_P = 0x0213243546576879 (MSO to LSO) IV_C = 0xBADCAB24 (MSO to LSO) IV_P = 0xDEAFBABE (MSO to LSO) HCI_LE_Enable_Encryption (length 0x1C) – Central HCI command HCI parameters as octet sequence: 00 08 90 78 56 34 12 ef cd ab 74 24 bf 01 fb 9d 4e f3 bc 36 d8 74 f5 39 41 38 68 4c Handle (2-octet value MSO to LSO) 0x0800 Random (8-octet value MSO to LSO) 0xabcdef1234567890 Encrypted Diversifier (2-octet value MSO to LSO) 0x2474 Long Term Key (16-octet value MSO to LSO) 0x4c68384139f574d836bcf34e9dfb01bf SKD_C (LSO to MSO) :0x13:0x02:0xF1:0xE0:0xDF:0xCE:0xBD:0xAC: IV_C (LSO to MSO) :0x24:0xAB:0xDC:0xBA LL_ENC_REQ 03 17 03 90 78 56 34 12 ef cd ab 74 24 13 02 f1 e0 df ce bd ac 24 ab dc ba Length 0x17 Control Type 0x03 Rand 90 78 56 34 12 ef cd ab EDIV 74 24 SKD_C 13 02 f1 e0 df ce bd ac IV_C 24 ab dc ba SKD_P (LSO to MSO) :0x79:0x68:0x57:0x46:0x35:0x24:0x13:0x02: IV_P (LSO to MSO) :0xBE:0xBA:0xAF:0xDE LL_ENC_RSP 0b 0d 04 79 68 57 46 35 24 13 02 be ba af de Length 0x0D Control Type 0x04 SKD_P 79 68 57 46 35 24 13 02 IV_P be ba af de IV = IV_P || IV_C IV (LSO to MSO) :0x24:0xAB:0xDC:0xBA:0xBE:0xBA:0xAF:0xDE HCI_Long_Term_Key_Request(length 0x0D) – Peripheral event HCI parameters as octet sequence: 05 01 08 90 78 56 34 12 ef cd ab 74 24 LE_Event_Code 0x05 Handle (2-octet value MSO to LSO) 0x0801 Random (8-octet value MSO to LSO) 0xabcdef1234567890 Encrypted Diversifier (2-octet value MSO to LSO) 0x2474 HCI_LE_Long_Term_Key_Request_Reply (length 0x12) – Peripheral command HCI parameters as octet sequence: 01 08 bf 01 fb 9d 4e f3 bc 36 d8 74 f5 39 41 38 68 4c Handle (2-octet value MSO to LSO) 0x0801 Key (16-octet value MSO to LSO) 0x4C68384139F574D836BCF34E9DFB01BF SKD = SKD_P || SKD_C SKD (LSO to MSO) :0x13:0x02:0xF1:0xE0:0xDF:0xCE:0xBD:0xAC:0x79:0x68:0x57:0x46:0x35:0x24:0x13:0x02: SK = Encrypt(LTK, SKD) SK (LSO to MSO) :0x66:0xC6:0xC2:0x27:0x8E:0x3B:0x8E:0x05:0x3E:0x7E:0xA3:0x26:0x52:0x1B:0xAD:0x99: LL_START_ENC_REQ 07 01 05 Length 0x01 Control Type 0x05 LL_START_ENC_RSP1 0f 05 9f cd a7 f4 48 Length 0x05 Control Type Encrypted:0x9F Clear:0x06 MIC (32-bit value MSO to LSO) 0xCDA7F448 (MICs are sent MSO first on the air) LL_START_ENC_RSP2 07 05 a3 4c 13 a4 15 Length 0x05S Control Type Encrypted:0xA3 Clear:0x06 MIC (32-bit value MSO to LSO) 0x4C13A415 HCI_ACL_Data packet Central's Host to Controller 00 08 1b 00 17 00 63 64 65 66 67 68 69 6a 6b 6c 6d 6e 6f 70 71 31 32 33 34 35 36 37 38 39 30 Handle (12-bit value MSO to LSO) 0x0800 Data Total Length (16-bit value MSO to LSO) 0x001B (27 dec) Data (LSO to MSO) 17 00 63 64 65 66 67 68 69 6a 6b 6c 6d 6e 6f 70 71 31 32 33 34 35 36 37 38 39 30 LL_DATA1 0e 1f 7a 70 d6 64 15 22 6d f2 6b 17 83 9a 06 04 05 59 6b d6 56 4f 79 6b 5b 9c e6 ff 32 f7 5a 6d 33 Length 0x1F (i.e. 27 + 4 = 31 dec) Data (LSO to MSO) Clear 17 00 63 64 65 66 67 68 69 6a 6b 6c 6d 6e 6f 70 71 31 32 33 34 35 36 37 38 39 30 Encrypted 7a 70 d6 64 15 22 6d f2 6b 17 83 9a 06 04 05 59 6b d6 56 4f 79 6b 5b 9c e6 ff 32 MIC (32-bit value MSO to LSO) 0xF75A6D33 HCI_ACL_Data_Packet Peripheral's Host to Controller 01 08 1b 00 17 00 37 36 35 34 33 32 31 30 41 42 43 44 45 46 47 48 49 4a 4b 4c 4d 4e 4f 50 51 Handle (12-bit value MSO to LSO) 0x0801 Data Total Length (16-bit value MSO to LSO) 0x001B (27 dec) Data (LSO to MSO) 17 00 37 36 35 34 33 32 31 30 41 42 43 44 45 46 47 48 49 4a 4b 4c 4d 4e 4f 50 51 LL_DATA2 06 1f f3 88 81 e7 bd 94 c9 c3 69 b9 a6 68 46 dd 47 86 aa 8c 39 ce 54 0d 0d ae 3a dc df 89 b9 60 88 Length 0x1F (i.e. 27 + 4 = 31 dec) Data (LSO to MSO) Clear 17 00 37 36 35 34 33 32 31 30 41 42 43 44 45 46 47 48 49 4a 4b 4c 4d 4e 4f 50 51 Encrypted f3 88 81 e7 bd 94 c9 c3 69 b9 a6 68 46 dd 47 86 aa 8c 39 ce 54 0d 0d ae 3a dc df MIC (32-bit value MSO to LSO) 0x89B96088

1.1. Encrypt Command

HCI_LE_Encrypt (length 0x20) – command HCI parameters as octet sequence: bf 01 fb 9d 4e f3 bc 36 d8 74 f5 39 41 38 68 4c 13 02 f1 e0 df ce bd ac 79 68 57 46 35 24 13 02 Key (16-octet value MSO to LSO): 0x4C68384139F574D836BCF34E9DFB01BF Plaintext_Data (16-octet value MSO to LSO): 0x0213243546576879acbdcedfe0f10213 HCI_Command_Complete (length 0x14) – event HCI parameters as octet sequence: 02 17 20 00 66 c6 c2 27 8e 3b 8e 05 3e 7e a3 26 52 1b ad 99 Num_HCI_Command_Packets: 0x02 Command_Opcode (2-octet value MSO to LSO): 0x2017 Status: 0x00 Encrypted_Data (16-octet value MSO to LSO): 0x99ad1b5226a37e3e058e3b8e27c2c666

1.2. Derivation of the MIC and encrypted data

All B/X/A/S values below follow the notation: LSbyte to MSbyte & msbit to lsbit.

IV = DEAFBABEBADCAB24 SK = 99AD1B5226A37E3E058E3B8E27C2C666 1.START_ENC_RSP1 (packet 0, Central → Peripheral) ---------------- B0 = 49000000008024ABDCBABEBAAFDE0001 B1 = 00010300000000000000000000000000 B2 = 06000000000000000000000000000000 X1 = 712eaaaae60603521d245e50786eefe4 X2 = debc43782a022675fca0aa6f0854f1ab X3 = 6399913fede5fa111bdb993bbfb9be06 => MIC = 6399913f A0 = 01000000008024ABDCBABEBAAFDE0000 A1 = 01000000008024ABDCBABEBAAFDE0001 S0 = ae3e6577f64a8f25408c9c10d53acf8e S1 = 99190d88f4aa1b60b97ecfe6f5fee777 So, encrypted packet payload = 9F encrypted MIC = CDA7F448 Which results in the following packet: LL_START_ENC_RSP1 - 0f 05 9f cd a7 f4 48 Length: 05 Control Type: Clear: 06 Encrypted: 9f MIC: CD A7 F4 48 2.START_ENC_RSP2 (packet 0, Peripheral → Central) ---------------- B0 = 49000000000024ABDCBABEBAAFDE0001 B1 = 00010300000000000000000000000000 B2 = 06000000000000000000000000000000 X1 = ddc86e3094f0c29cf341ef4c2c1e0088 X2 = fe960f5c93fba45a53959842ea8a0c0a X3 = db403db3a32f39156faf6a6b472e1010 => MIC = db403db3 A0 = 01000000000024ABDCBABEBAAFDE0000 A1 = 01000000000024ABDCBABEBAAFDE0001 S0 = 975399a66acdc39124886930d7bca95f S1 = a5add4127b2f43788ddc9cd86b0b89d2 So, encrypted packet payload = A3 encrypted MIC = 4c13a415 Which results in the following packet: LL_START_ENC_RSP2 07 05 a3 4c 13 a4 15 Length: 05 Control Type: Clear: 06 Encrypted: A3 MIC: 4c 13 a4 15 3. Data packet1 (packet 1, Central → Peripheral) --------------- B0 = 49010000008024ABDCBABEBAAFDE001B B1 = 00010200000000000000000000000000 B2 = 1700636465666768696A6B6C6D6E6F70 B3 = 71313233343536373839300000000000 X1 = 7c688612996de101f3eacb68b443969c X2 = e3f1ef5c30161c0a9ec07274a0757fc8 X3 = e7e346f5b7c8a6072890a60dcf4ec20a X4 = 3db113320b182f9fed635db14cac2df0 => MIC = 3db11332 A0 = 01010000008024ABDCBABEBAAFDE0000 A1 = 01010000008024ABDCBABEBAAFDE0001 A2 = 01010000008024ABDCBABEBAAFDE0002 S0 = caeb7e017296dd2fa9a2ce789179501a S1 = 6d70b50070440a9a027de8f66b6a6a29 S2 = 1ae7647c4d5e6dabdec602404c302341 So, encrypted packet payload = 7A70D66415226DF26B17839A060405596BD6564F796B5B9CE6FF32 encrypted MIC = F75A6D33 which results in the following packet: LL_DATA1 0E 1F 7A 70 D6 64 15 22 6D F2 6B 17 83 9A 06 04 05 59 6B D6 56 4F 79 6B 5B 9C E6 FF 32 F7 5A 6D 33 Length: 1F Data: Clear: 17 00 63 64 65 66 67 68 69 6a 6b 6c 6d 6e 6f 70 71 31 32 33 34 35 36 37 38 39 30 Encrypted: 7A 70 D6 64 15 22 6D F2 6B 17 83 9A 06 04 05 59 6B D6 56 4F 79 6B 5B 9C E6 FF 32 MIC: F7 5A 6D 33 4. Data packet2 (packet 1, Peripheral → Central) --------------- B0 = 49010000000024ABDCBABEBAAFDE001B B1 = 00010200000000000000000000000000 B2 = 17003736353433323130414243444546 B3 = 4748494A4B4C4D4E4F50510000000000 X1 = 714234d50d6f1da5663be3e78460ad87 X2 = 96df1d97959e6176ac215c7baf90c674 X3 = 6cc52c3dcecdc2fa81eb347887960673 X4 = a776a26be617366496c391e36f6374a1 => MIC = a776a26b A0 = 01010000000024ABDCBABEBAAFDE0000 A1 = 01010000000024ABDCBABEBAAFDE0001 A2 = 01010000000024ABDCBABEBAAFDE0002 S0 = 2ecfc2e31e01875653c0f306fc7bfb96 S1 = e488b6d188a0faf15889e72a059902c0 S2 = edc470841f4140e0758c8e8f708399bd So, encrypted packet payload = F38881E7BD94C9C369B9A66846DD4786AA8C39CE540D0DAE3ADCDF encrypted MIC = 89B96088 Which results in the following packet: LL_DATA2 06 1F F3 88 81 E7 BD 94 C9 C3 69 B9 A6 68 46 DD 47 86 AA 8C 39 CE 54 0D 0D AE 3A DC DF 89 B9 60 88 Length: 1F Data: Clear: 17 00 37 36 35 34 33 32 31 30 41 42 43 44 45 46 47 48 49 4a 4b 4c 4d 4e 4f 50 51 Encrypted: F3 88 81 E7 BD 94 C9 C3 69 B9 A6 68 46 DD 47 86 AA 8C 39 CE 54 0D 0D AE 3A DC DF MIC: 89 B9 60 88

2. LE Coded PHY sample data

Whenever bits are specified, they are in transmission order irrespective of spacing.

2.1. Reference information packet

The reference packet is described as bytes in transmission order (the leftmost byte in a line is transmitted first). Inside a byte, bits are transmitted LSB first.

Access Address: D6 BE 89 8E PDU: 00 03 42 4C 45 CRC: 29 0A CE

2.2. Forward Error Correction encoder

This data shows the bits input to and output by the FEC encoder and its internal state.

The encoder state is expressed in octal notation where the LSB represents the rightmost bit store in Figure 3.6 of [Vol 6] Part B, Section 3.3.1. The state specified is that after the bits are output and the shift operations have taken place.

Access Address Input: 0 1 1 0 1 0 1 1 0 1 1 1 1 1 0 1 1 0 0 1 0 0 0 1 0 1 1 1 0 0 0 1 State: 0 4 6 3 5 2 5 6 3 5 6 7 7 7 3 5 6 3 1 4 2 1 0 4 2 5 6 7 3 1 0 4 Output: 0 0 1 1 0 1 0 1 1 1 0 1 0 0 1 0 0 1 1 1 1 0 1 0 0 1 0 1 1 0 1 1 1 0 0 1 0 0 0 0 1 0 1 1 1 1 1 1 1 0 0 0 1 0 1 0 1 0 0 0 1 1 1 1 CI If S=2 If S=8 Input: 1 0 0 0 State: 6 3 2 1 Output: 0 1 0 1 1 0 1 1 TERM1 If S=2 If S=8 Input: 0 0 0 0 0 0 State: 1 0 0 0 0 0 Output: 0 0 1 1 0 0 1 1 0 0 0 0 PDU Input: 0 0 0 0 0 0 0 0 1 1 0 0 0 0 0 0 0 1 0 0 0 0 1 0 0 0 1 1 0 0 1 0 1 0 1 0 0 0 1 0 State: 0 0 0 0 0 0 0 0 4 6 3 1 0 0 0 0 0 4 2 1 0 0 4 2 1 0 4 6 3 1 4 2 5 2 5 2 1 0 4 2 Output: 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 0 1 0 1 0 0 1 1 0 0 0 0 0 0 0 0 1 1 1 0 1 1 1 1 0 0 1 1 1 0 1 1 1 1 1 1 0 1 0 1 0 0 0 0 1 0 0 0 0 1 0 0 0 1 1 1 1 1 1 1 1 0 CRC Input: 1 0 0 1 0 1 0 0 0 1 0 1 0 0 0 0 0 1 1 1 0 0 1 1 State: 5 2 1 4 2 5 2 1 0 4 2 5 2 1 0 0 0 4 6 7 3 1 4 6 Output: 0 0 0 1 1 1 0 0 1 0 0 0 0 1 1 1 1 1 1 1 1 0 0 0 0 1 1 1 1 1 0 0 0 0 1 1 0 1 1 0 1 0 0 0 0 0 0 1 TERM2 Input: 0 0 0 State: 3 1 0 Output: 0 1 0 0 1 1

2.3. Transmitted symbols (S=2)

Preamble 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 Access Address 0011 0011 1100 1100 0011 1100 0011 1100 1100 1100 0011 1100 0011 0011 1100 0011 0011 1100 1100 1100 1100 0011 1100 0011 0011 1100 0011 1100 1100 0011 1100 1100 1100 0011 0011 1100 0011 0011 0011 0011 1100 0011 1100 1100 1100 1100 1100 1100 1100 0011 0011 0011 1100 0011 1100 0011 1100 0011 0011 0011 1100 1100 1100 1100 CI 0011 1100 0011 1100 TERM1 0011 0011 1100 1100 0011 0011 PDU 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 0 1 0 1 0 0 1 1 0 0 0 0 0 0 0 0 1 1 1 0 1 1 1 1 0 0 1 1 1 0 1 1 1 1 1 1 0 1 0 1 0 0 0 0 1 0 0 0 0 1 0 0 0 1 1 1 1 1 1 1 1 0 CRC 0 0 0 1 1 1 0 0 1 0 0 0 0 1 1 1 1 1 1 1 1 0 0 0 0 1 1 1 1 1 0 0 0 0 1 1 0 1 1 0 1 0 0 0 0 0 0 1 TERM2 0 1 0 0 1 1

Total Packet Duration 510 µs

2.4. Transmitted symbols (S=8)

Preamble 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 0011 1100 Access Address 0011 0011 1100 1100 0011 1100 0011 1100 1100 1100 0011 1100 0011 0011 1100 0011 0011 1100 1100 1100 1100 0011 1100 0011 0011 1100 0011 1100 1100 0011 1100 1100 1100 0011 0011 1100 0011 0011 0011 0011 1100 0011 1100 1100 1100 1100 1100 1100 1100 0011 0011 0011 1100 0011 1100 0011 1100 0011 0011 0011 1100 1100 1100 1100 CI 1100 0011 1100 1100 TERM1 1100 1100 0011 0011 0011 0011 PDU 0011 0011 0011 0011 0011 0011 0011 0011 0011 0011 0011 0011 0011 0011 0011 0011 1100 1100 0011 1100 0011 1100 0011 0011 1100 1100 0011 0011 0011 0011 0011 0011 0011 0011 1100 1100 1100 0011 1100 1100 1100 1100 0011 0011 1100 1100 1100 0011 1100 1100 1100 1100 1100 1100 0011 1100 0011 1100 0011 0011 0011 0011 1100 0011 0011 0011 0011 1100 0011 0011 0011 1100 1100 1100 1100 1100 1100 1100 1100 0011 CRC 0011 0011 0011 1100 1100 1100 0011 0011 1100 0011 0011 0011 0011 1100 1100 1100 1100 1100 1100 1100 1100 0011 0011 0011 0011 1100 1100 1100 1100 1100 0011 0011 0011 0011 1100 1100 0011 1100 1100 0011 1100 0011 0011 0011 0011 0011 0011 1100 TERM2 0011 1100 0011 0011 1100 1100

Total Packet Duration 912 µs

3. LE Channel Selection algorithm #2 sample data

This section contains two sets of sample data with different channel maps for the LE Channel Selection Algorithm #2.

The test Access Address is 0x8E89BED6, meaning the channelIdentifier is 0x305F.

3.1. Sample data 1 (37 used channels)

Channel map [36:0] = 0b11111_11111111_11111111_11111111_11111111.

The minimum channel distance d = 11.

	Event Counter	0	1	2	3
ACL or Periodic advertising event / CIS or BIS subevent 1	prn_e	56857	1685	38301	27475
	unmappedChannel	25	20	6	21
	mappedChannel^[1]	25	20	6	21
Subevent 2	remappingIndexOfLastUsedChannel	25	20	6	21
	prnSubEvent_se	11710	20925	6541	40400
	subEventIndex	1	36	18	4
	mappedSubEventChannel^[1]	1	36	18	4
Subevent 3	prnSubEvent_se	16649	11081	14597	30015
	subEventIndex	16	12	32	22
	mappedSubEventChannel^[1]	16	12	32	22
Subevent 4	prnSubEvent_se	38198	48920	62982	49818
	subEventIndex	36	34	21	8
	mappedSubEventChannel^[1]	36	34	21	8
^[1]These values are the general purpose channel indices actually used for transmitting and receiving the relevant event or subevent.

Table 3.1: Sample data 1 (37 used channels)

3.2. Sample data 2 (9 used channels)

Channel map [36:0] =0b11110_00000000_11100000_00000110_00000000.

The remapping table is [9, 10, 21, 22, 23, 33, 34, 35, 36].

The minimum channel distance d = 3.

	Event Counter	6	7	8
ACL or Periodic advertising event / CIS or BIS subevent 1	prn_e	10975	5490	46970
	unmappedChannel	23	14	17
	mappedChannel^[1]	23	9	34
Subevent 2	remappingIndexOfLastUsedChannel	4	0	6
	prnSubEvent_se	14383	4108	7196
	subEventIndex	7	3	0
	mappedSubEventChannel^[1]	35	22	9
Subevent 3	prnSubEvent_se	28946	45462	33054
	subEventIndex	2	8	5
	mappedSubEventChannel^[1]	21	36	33
Subevent 4	prnSubEvent_se	61038	64381	42590
	subEventIndex	8	5	1
	mappedSubEventChannel^[1]	36	33	10
^[1]These values are the general purpose channel indices actually used for transmitting and receiving the relevant event or subevent.

Table 3.2: Sample data (9 Used channels)

3.3. Sample data 3 (3 used channels)

Channel map [36:0] = 0b00000_00000000_00000000_00000001_00000110.

The remapping table is [1, 2, 8].

The minimum channel distance d = 1.

	Event Counter	11	12	13
ACL or Periodic advertising event / CIS or BIS subevent 1	prn_e	8628	34748	22072
	unmappedChannel	7	5	20
	mappedChannel^[1]	1	2	2
Subevent 2	remappingIndexOfLastUsedChannel	0	1	1
	prnSubEvent_se	30457	51913	13818
	subEventIndex	1	0	2
	mappedSubeventChannel^[1]	2	1	8
Subevent 3	prnSubEvent_se	35147	46599	60171
	subEventIndex	0	2	1
	mappedSubeventChannel^[1]	1	8	2
Subevent 4	prnSubEvent_se	36952	37702	36470
	subEventIndex	2	1	0
	mappedSubeventChannel^[1]	8	2	1
^[1]These values are the general purpose channel indices actually used for transmitting and receiving the relevant event or subevent.

Table 3.3: Sample data (3 Used channels)

4. Complete packets

Examples in this section assume use of the LE 1M PHY. For the LE 2M PHY, the packet will be identical except for the longer preamble and longer (in number of bits) Constant Tone Extension. For the LE Coded PHY, examples of converting from the form used on the uncoded PHYs to those used on the air are shown in Section 2.

Bit sequences are always in transmission order irrespective of spacing. Decimal and hexadecimal numbers are in their normal form.

4.1. Whitening sequences

The whitening sequence (see [Vol 6] Part B, Section 3.2) depends only on the physical channel index of the channel being used. The sequence repeats after 127 bits.

Channel First 64 bits of the whitening sequence 0 00000010 01001101 00111101 11000011 11111000 11101100 01010010 11111010 1 10010001 00000010 01001101 00111101 11000011 11111000 11101100 01010010 2 01001011 11101010 10000101 10111100 11100101 01100110 00001101 10101110 3 11011000 10100101 11110101 01000010 11011110 01110010 10110011 00000110 4 00100110 10011110 11100001 11111100 01110110 00101001 01111101 01010000 5 10110101 11010001 10010001 00000010 01001101 00111101 11000011 11111000 6 01101111 00111001 01011001 10000011 01101011 10100011 00100010 00000100 7 11111100 01110110 00101001 01111101 01010000 10110111 10011100 10101100 8 00010000 00100100 11010011 11011100 00111111 10001110 11000101 00101111 9 10000011 01101011 10100011 00100010 00000100 10011010 01111011 10000111 10 01011001 10000011 01101011 10100011 00100010 00000100 10011010 01111011 11 11001010 11001100 00011011 01011101 00011001 00010000 00100100 11010011 12 00110100 11110111 00001111 11100011 10110001 01001011 11101010 10000101 13 10100111 10111000 01111111 00011101 10001010 01011111 01010100 00101101 14 01111101 01010000 10110111 10011100 10101100 11000001 10110101 11010001 15 11101110 00011111 11000111 01100010 10010111 11010101 00001011 01111001 16 00001011 01111001 11001010 11001100 00011011 01011101 00011001 00010000 17 10011000 00110110 10111010 00110010 00100000 01001001 10100111 10111000 18 01000010 11011110 01110010 10110011 00000110 11010111 01000110 01000100 19 11010001 10010001 00000010 01001101 00111101 11000011 11111000 11101100 20 00101111 10101010 00010110 11110011 10010101 10011000 00110110 10111010 21 10111100 11100101 01100110 00001101 10101110 10001100 10001000 00010010 22 01100110 00001101 10101110 10001100 10001000 00010010 01101001 11101110 23 11110101 01000010 11011110 01110010 10110011 00000110 11010111 01000110 24 00011001 00010000 00100100 11010011 11011100 00111111 10001110 11000101 25 10001010 01011111 01010100 00101101 11100111 00101011 00110000 01101101 26 01010000 10110111 10011100 10101100 11000001 10110101 11010001 10010001 27 11000011 11111000 11101100 01010010 11111010 10100001 01101111 00111001 28 00111101 11000011 11111000 11101100 01010010 11111010 10100001 01101111 29 10101110 10001100 10001000 00010010 01101001 11101110 00011111 11000111 30 01110100 01100100 01000000 10010011 01001111 01110000 11111110 00111011 31 11100111 00101011 00110000 01101101 01110100 01100100 01000000 10010011 32 00000110 11010111 01000110 01000100 00001001 00110100 11110111 00001111 33 10010101 10011000 00110110 10111010 00110010 00100000 01001001 10100111 34 01001111 01110000 11111110 00111011 00010100 10111110 10101000 01011011 35 11011100 00111111 10001110 11000101 00101111 10101010 00010110 11110011 36 00100010 00000100 10011010 01111011 10000111 11110001 11011000 10100101 37 10110001 01001011 11101010 10000101 10111100 11100101 01100110 00001101 38 01101011 10100011 00100010 00000100 10011010 01111011 10000111 11110001 39 11111000 11101100 01010010 11111010 10100001 01101111 00111001 01011001

4.2. Advertising Physical channel PDUs

4.2.1. Legacy advertising PDUs

Example: ADV_NONCONN_IND PDU

PDU Type: 2 ChSel: RFU TxAdd: 1 (random) RxAdd: RFU AdvA: 0xC1A2A3A4A5A6 (a static device address) AdvData: (3 octets) 0x01 0x02 0x03 Channel index: 38 PDU header: 0100 0 0 1 0 10010000 PDU body: 01100101 10100101 00100101 11000101 01000101 10000011 10000000 01000000 11000000 CRC: 10110101 00101101 11010111 PDU and CRC before whitening: 01000010 10010000 01100101 10100101 00100101 11000101 01000101 10000011 10000000 01000000 11000000 10110101 00101101 11010111 PDU and CRC after whitening: 00101001 00110011 01000111 10100001 10111111 10111110 11000010 01110010 01011000 11100101 00110101 11110111 11110011 10100101 Complete packet: 01010101 01101011 01111101 10010001 01110001 00101001 00110011 01000111 10100001 10111111 10111110 11000010 01110010 01011000 11100101 00110101 11110111 11110011 10100101

4.2.2. Extended advertising PDUs

Example: connectable undirected AUX_ADV_IND PDU with AdvA, ADI, TxPower, and AdvData fields.

PDU Type: 7 ChSel: RFU TxAdd: 0 (public) RxAdd: RFU AdvA: 0xA9AAABACADAE (a public device address) Advertising DID: 0xABC Advertising SID: 0xE TxPower: 0xD6 (-42 dBm) AdvData: (5 octets) 0x05 0x07 0x09 0x0B 0x0D Channel index: 7 PDU header: 1110 0 0 0 0 00001000 Extended header length: 010100 AdvMode: 10 Extended header: Flags: 1 0 0 1 0 0 1 0 AdvA: 01110101 10110101 00110101 11010101 01010101 10010101 ADI: 001111010101 0111 TxPower: 01101011 AdvData: 10100000 11100000 10010000 11010000 10110000 PDU: 11100000 00001000 01010010 10010010 01110101 10110101 00110101 11010101 01010101 10010101 00111101 01010111 01101011 10100000 11100000 10010000 11010000 10110000 CRC: 00011011 11000100 01110101 PDU and CRC after whitening: 00011100 01111110 01111011 11101111 00100101 00000010 10101001 01111001 10010100 00100000 11101100 11000110 01101001 11101101 11011101 01010011 00101000 01011100 01001001 00111110 11010100 Complete packet: 01010101 01101011 01111101 10010001 01110001 00011100 01111110 01111011 11101111 00100101 00000010 10101001 01111001 10010100 00100000 11101100 11000110 01101001 11101101 11011101 01010011 00101000 01011100 01001001 00111110 11010100

4.3. Data channel PDUs

The examples in this section are unencrypted. Examples of the encryption process can be seen in Section 1.

4.3.1. LL data PDUs

Access Address: 0xAA08192B CRCInit: 0xC4C181 LLID: 2 NESN: 1 SN: 0 MD: 1 Payload: 0x01 0x02 0x03 0x04 0x05 No Constant Tone Extension Channel index 16 PDU header: 01 1 0 1 0 00 10100000 PDU: 01101000 10100000 10000000 01000000 11000000 00100000 10100000 CRC: 10100010 00001011 01001011 PDU and CRC after whitening: 01100011 11011001 01001010 10001100 11011011 01111101 10111001 10110010 00101111 10011000 Complete packet: 10101010 11010100 10011000 00010000 01010101 01100011 11011001 01001010 10001100 11011011 01111101 10111001 10110010 00101111 10011000

4.3.2. LL control PDUs

Access Address: 0xAA173C42 CRCInit: 0xCD3F6C Type: LL_CHANNEL_MAP_IND NESN: 0 SN: 1 MD: 1 Map: channels 2, 5, and 33 to 36 unused, all other channels used Instant: 0x4321 AoD Constant Tone Extension, length 40 μs, 2 μs switching and sampling Channel index 29 PDU header: 11 0 1 1 1 00 00010000 10100 0 01 PDU: 11011100 00010000 10100001 10000000 11011011 11111111 11111111 11111111 10000000 10000100 11000010 CRC: 10011100 01000111 00101001 PDU and CRC after whitening: 01110010 10011100 00101001 10010010 10110010 00010001 11100000 00111000 11100010 00010011 00010111 10010111 00111110 11100011 Complete packet: 01010101 01000010 00111100 11101000 01010101 01110010 10011100 00101001 10010010 10110010 00010001 11100000 00111000 11100010 00010011 00010111 10010111 00111110 11100011 11111111 11111111 11111111 11111111 11111111

5. Access Address generation for BISes

The Access Addresses for the various BISes in a BIG with the SeedAccessAddress 0x78E52493 are:

Num_BIS	Access Address
1	0x85E32493
2	0x79D52493
3	0x86752493
4	0x7A572493
5	0x85F12493
6	0x79D32493
7	0x86732493
8	0x7B652493
9	0x85C72493
10	0x78E12493
11	0x86412493
12	0x7B632493
13	0x85D52493
14	0x78F72493
15	0x86572493
16	0x7B712493
17	0x85D32493
18	0x78C52493
19	0x87652493
20	0x7B472493
21	0x84E12493
22	0x78C32493
23	0x87632493
24	0x7B552493
25	0x84F72493
26	0x78D12493
27	0x87712493
28	0x7B532493
29	0x84C52493
30	0x79E72493
31	0x87472493

Table 5.1: Access Address generation for BISes

The Access Address of the BIG Control logical link is 0x7A412493.

6. Group Session Key derivation for BIG

In each data set in this section, the bytes are ordered from most significant on the left to least significant on the right.

Group Session Key Derivation Function h8

K ec0234a3 57c8ad05 341010a6 0a397d9b S 1536d18d e3d20df9 9b7044c1 2f9ed5ba keyID cc030148 IK fe77ab4e fa982991 c1486a3b 281fd4bc h8 e5e5beba ae7228e7 22a38904 ed350f6d

Derivation of Group Session Key from Broadcast Code

Bluetooth Broadcast Code: "Børne House" Broadcast Code 00000000 6573756f 4820656e 72b8c342 GSKD 55188b3d 32f6bb9a 900afcfb eed4e72a "BIG1" 00000000 00000000 00000000 42494731 "BIG2" 42494732 "BIG3" 42494733 IGLTK 4c0dd74c 2b19aa95 d8982385 5f1001b8 GLTK c4cd4b83 49b5a18a 02de6620 9017aed3 GSK be2a16fc 7ac464e7 52301bcc c818812c

7. Deterministic Random Bit Generator sample data

This section contains sample data for the Deterministic Random Bit Generator.

The following scenarios provide sample entropy input for the h9() instantiation function, which then invokes several subordinate security toolbox functions described in [Vol 6] Part E, Section 3. After this, CS procedure counters, step counters, transaction IDs, and transaction counters are incremented for further iterations of sample data. The CS Backtracking procedure is also invoked to generate additional sample data.

Unless otherwise noted, all fields are displayed in leftmost (MSO) to rightmost (LSO) orientation as described in [Vol 6] Part E, Section 3.1.1.

******************************** INSTANTIATION FUNCTION ********************************* h9() instantiation ***************************************************************************************** Entropy input Peripheral (CS_IV_P): E1 0B C2 8A 0B FD DF E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral(CS_IN_P): 9F F4 77 C1 Nonce Central(CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 *********************** f8 function start ********************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 K2 output: 8B 2B 06 DC 52 2D 3E 0A F0 A5 0C AF 48 10 E0 35 **************************** f7 function end ***************************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 X output: A3 4F BE 57 F8 F9 7E 34 9D 15 A3 76 79 60 74 64 **************************** f7 function end ***************************** f8 SM output: B6 02 B1 B2 8C 6F 0A 3D DA E6 37 B4 84 25 08 7D DC 18 8C 89 A1 B0 CD FD A1 E8 FC 66 C9 99 97 50 ************************ f8 function end *********************** *********************************** FIRST PROCEDURE ************************************ K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 **************************************************************************************** Proc. cnt. = 0; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 0 Vcnt: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 DRBG octets: 79 74 1F D1 8F 57 7B 45 D0 9A 66 5A 7F 1F 28 58 Proc. cnt. = 0; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 1 Vcnt: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 29 DRBG octets: D1 C1 D0 5A 40 B4 C4 81 EF BB 39 B2 61 D2 9C 4E Proc. cnt. = 0; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 2 Vcnt: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 2A DRBG octets: 71 FD E8 68 E8 CA CA D1 18 E5 9B 18 5C EE FC 17 Proc. cnt. = 0; Step cnt. = 10; Transaction ID = 4; Transaction cnt. = 0 Vcnt: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 35 6D 28 DRBG octets: FF F8 74 38 4E 1C B9 D3 E6 9F 1F 2C 2A 22 CF 63 ************************************* NEW PROCEDURE ************************************ Procedure counter increment; f9() update: V in: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 V'=V[127:32] || V[31:16] || V[15:8]+T_ID9 || V[7:0] in: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 72 28 **************************************************************************************** K: F3 F4 CF 24 5F CE 86 B3 C6 9F AE 60 28 7E B5 AE V: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 ED 54 B1 **************************************************************************************** Proc. cnt. = 1; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 0 Vcnt: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 ED 54 B1 DRBG octets: 5F 1B 11 5A 00 40 B4 2C 2F 8F B1 0C 9B 6F D7 AC Proc. cnt. = 1; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 1 Vcnt: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 ED 54 B2 DRBG octets: 55 73 A6 A5 20 91 B1 58 99 C8 64 AB 2F B0 E2 02 Proc. cnt. = 1; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 2 Vcnt: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 ED 54 B3 DRBG octets: 46 20 D2 01 B7 41 9D 82 48 68 D5 A7 C8 20 BA 2C Proc. cnt. = 1; Step cnt. = 14; Transaction ID = 4; Transaction cnt. = 0 Vcnt: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 FB 58 B1 DRBG octets: B4 20 00 40 63 B1 13 A2 3E D0 43 D0 3B 6E E7 34 ************************************* NEW PROCEDURE ************************************ Procedure counter increment; f9() update: V in: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 ED 54 B1 V'=V[127:32] || V[31:16] || V[15:8]+T_ID9 || V[7:0] in: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 ED 5D B1 **************************************************************************************** K: A9 AA 68 C2 1D F4 09 00 1A F9 27 AC 14 C8 18 96 V: 16 07 DE 6C FC 80 D2 18 64 F7 08 A9 9C 49 39 96 **************************************************************************************** Proc. cnt. = 2; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 0 Vcnt: 16 07 DE 6C FC 80 D2 18 64 F7 08 A9 9C 49 39 96 DRBGoctets: 6A EA B7 5D 82 52 58 31 42 2C E2 F4 2E 85 07 88 Proc. cnt. = 2; Step cnt. = 1; Transaction ID = 0; Transaction cnt. = 0 Vcnt: 16 07 DE 6C FC 80 D2 18 64 F7 08 A9 9C 4A 39 96 DRBG octets: 14 40 EF 44 74 AF D8 49 32 FE 37 B0 A4 10 F2 3A Proc. cnt. = 2; Step cnt. = 2; Transaction ID = 0; Transaction cnt. = 0 Vcnt: 16 07 DE 6C FC 80 D2 18 64 F7 08 A9 9C 4B 39 96 DRBG octets: 2A 83 EF 11 CC E5 99 31 4E FB 29 03 F4 DF D4 B8 Proc. cnt. = 2; Step cnt. = 3; Transaction ID = 0; Transaction cnt. = 0 Vcnt: 16 07 DE 6C FC 80 D2 18 64 F7 08 A9 9C 4C 39 96 DRBG octets: 19 6B E2 B6 43 98 53 FE D4 96 67 54 E1 40 15 1E ************************************* NEW PROCEDURE ************************************ Procedure counter increment; f9() update: V in: 16 07 DE 6C FC 80 D2 18 64 F7 08 A9 9C 49 39 96 V'=V[127:32] || V[31:16] || V[15:8]+T_ID9 || V[7:0] in: 16 07 DE 6C FC 80 D2 18 64 F7 08 A9 9C 49 42 96 **************************************************************************************** K: 77 71 3B B1 81 C3 B6 44 29 E8 98 B8 65 9B 85 A9 V: D5 88 73 99 44 68 36 96 A9 3D 36 19 3C DA BA 11 **************************************************************************************** Proc. cnt. = 3; Step cnt. = 0; Transaction ID = 0; Transaction cnt. = 0 Vcnt: D5 88 73 99 44 68 36 96 A9 3D 36 19 3C DA BA 11 DRBG octets: 58 04 C1 73 69 C5 64 DC 73 D6 E7 4E A0 C6 E1 66

8. Channel Sounding procedure sample data

This section contains sample data for illustrative Channel Sounding procedures that make use of the Deterministic Random Bit Generator.

The data is generated as if the configuration and timing parameters listed in each subsection were negotiated or derived during the CS Configuration procedure ([Vol 6] Part B, Section 5.1.25 and [Vol 6] Part B, Section 2.4.2.45) and the CS Start procedure ([Vol 6] Part B, Section 5.1.26 and [Vol 6] Part B, Section 2.4.2.47).

The following scenarios provide sample entropy input for the h9() instantiation function, which then invokes several subordinate security toolbox functions described in [Vol 6] Part E, Section 3. After this, CS procedure counters, step counters, transaction IDs, and transaction counters are incremented for further iterations of sample data.

Unless otherwise noted, all fields are displayed in leftmost (MSO) to rightmost (LSO) orientation as described in [Vol 6] Part E, Section 3.1.1.

8.1. Channel Selection Algorithm #3b

8.1.1. Set 1

From the CS Configuration procedure:

ChM = 0x00 00 00 00 00 00 00 1F FF FC
ChM_Repetition = 2
Main_Mode = 0x02
Sub_Mode = 0x03
Main_Mode_Min_Steps = 2
Main_Mode_Max_Steps = 6
Main_Mode_Repetition = 0
Mode_0_Steps = 3
RTT_Type = 0x01
Role = 0b01
ChSel = 0

From the CS Start procedure:

Subevent_Len – setup to include at least 20 steps
Procedure_Count = 1
ACI = 7

******************************** INSTANTIATION FUNCTION ********************************* h9() instantiation ***************************************************************************************** Entropy input Peripheral (CS_IV_P): E1 0B C2 8A 0B FD DF E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral (CS_IN_P): 9F F4 77 C1 Nonce Central(CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 *********************** f8 function start ********************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 K2 output: 8B 2B 06 DC 52 2D 3E 0A F0 A5 0C AF 48 10 E0 35 **************************** f7 function end ***************************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 X output: A3 4F BE 57 F8 F9 7E 34 9D 15 A3 76 79 60 74 64 **************************** f7 function end ***************************** f8 SM output: B6 02 B1 B2 8C 6F 0A 3D DA E6 37 B4 84 25 08 7D DC 18 8C 89 A1 B0 CD FD A1 E8 FC 66 C9 99 97 50 ************************ f8 function end *********************** ************************************ INITIAL K and V ************************************ K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 ***************************************************************************************** ************************************* CS SEQUENCE *************************************** ************************************** Channel map ************************************** Bit-map: 00 00 00 00 00 00 00 1F FF FC Filtered channels: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 ***************************************************************************************** Step=0 | Mode=0 T_ID 1 - mode0 channel (0 bits): // - Range = // (decimal); hr1 = 0 (decimal) ********************************************************************** New DRBG octets: FF BC C1 CA 39 A6 9D C4 07 38 EF 33 D9 D1 35 32 ********************************************************************** T_ID 1 - mode0 channel (8 bits): FF - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): BC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): C1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): CA - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 39 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): A6 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): 9D - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): C4 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 07 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8 bits): 38 - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 33 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): D9 - Range = 14 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): D1 - Range = 15 (decimal); hr1 = 12 (decimal) T_ID 1 - mode0 channel (8 bits): 35 - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 32 - Range = 17 (decimal); hr1 = 3 (decimal) ********************************************************************** New DRBG octets: 51 EE 4B B0 3E E6 D0 A1 71 87 1C 2E 60 46 8F 6C ********************************************************************** T_ID 1 - mode0 channel (8 bits): 51 - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): EE - Range = 19 (decimal); hr1 = 17 (decimal) T_ID 1 - Shuffled channels: 11 7 14 18 9 19 10 8 5 2 4 15 16 13 12 6 17 20 3 ********************************************************************** New DRBG octets: 0C 00 E4 AA 6C 37 6A B8 00 B8 C5 5D F0 79 BC 3A ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 0C 00 E4 AA 6C 37 6A B8 00 B8 C5 5D F0 79 BC 3A T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 6C 37 6A B8 Access Address 0x6C376AB8 : 00011101 01010110 11101100 00110110 (Tx bit order, left to right) Followed by Trailer: 1010 (Tx bit order, left to right) T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: F0 79 BC 3A Access Address 0xF079BC3A : 01011100 00111101 10011110 00001111 (Tx bit order, left to right) Followed by Trailer: 0101 (Tx bit order, left to right) Step=1 | Mode=0 ********************************************************************** New DRBG octets: 01 1C AE 4E 99 47 D1 B5 D0 6A CD DA C7 F8 F9 37 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 01 1C AE 4E 99 47 D1 B5 D0 6A CD DA C7 F8 F9 37 T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 01 1C AE 4E T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: D0 6A CD DA Step=2 | Mode=0 ********************************************************************** New DRBG octets: 64 06 12 14 86 05 AF EA 71 55 0B DD 28 94 2F 38 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 64 06 12 14 86 05 AF EA 71 55 0B DD 28 94 2F 38 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: 64 06 12 14 T_ID 5 - Reflector first 32-bit score: 28 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: 28 94 2F 38 Step=3 | Mode=2 T_ID 0 - non-mode0 channel (0 bits): // - Range = // (decimal); hr1 = 0 (decimal) ********************************************************************** New DRBG octets: 32 73 A2 2D 88 47 DA 6A 1C 2C BD 8C E8 96 79 62 ********************************************************************** T_ID 0 - non-mode0 channel (8 bits): 32 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 73 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): A2 - Range = 4 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2D - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 88 - Range = 6 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 47 - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): DA - Range = 8 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6A - Range = 9 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1C - Range = 10 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2C - Range = 11 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): BD - Range = 12 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8C - Range = 13 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 14 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): 96 - Range = 15 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 79 - Range = 16 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 62 - Range = 17 (decimal); hr1 = 6 (decimal) ********************************************************************** New DRBG octets: AB D1 0C 59 DD BD D9 F3 05 20 F7 D0 EF 37 8E BE ********************************************************************** T_ID 0 - non-mode0 channel (8 bits): AB - Range = 18 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 19 (decimal); hr1 = 15 (decimal) T_ID 0 - Shuffled channels: 6 12 5 10 3 2 18 17 16 8 11 7 19 4 13 20 9 15 14 ********************************************************************** New DRBG octets: F8 82 2A 54 E0 7C 50 15 57 CD 98 51 69 D4 AC AB ********************************************************************** T_ID 2 - Submode insertion (8 bits): F8 - Range = 5 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 3B 8E 7E 2A A8 D7 CF F1 CC 69 BE 13 75 1F B3 95 ********************************************************************** T_ID 3 - TPM extension (2 bits): 00 ********************************************************************** New DRBG octets: B4 8D B4 8C 41 33 DE 1D 71 B7 46 A1 61 8C 4D D9 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=4 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 8D - Range = 24 (decimal); hr1 = 13 (decimal) Step=5 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=6 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 8C - Range = 24 (decimal); hr1 = 13 (decimal) Step=7 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 41 - Range = 24 (decimal); hr1 = 6 (decimal) Step=8 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 33 - Range = 24 (decimal); hr1 = 4 (decimal) Step=9 | Mode=3 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): DE - Range = 24 (decimal); hr1 = 20 (decimal) ********************************************************************** New DRBG octets: A6 93 A0 3E 16 9E ED DC 3D 54 2C 1A 6B 2E B7 48 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A6 93 A0 3E 16 9E ED DC 3D 54 2C 1A 6B 2E B7 48 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 6 T_ID 5 - Initiator chosen PN pattern: 16 9E ED DC T_ID 5 - Reflector first 32-bit score: 20 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: 6B 2E B7 48 ********************************************************************** New DRBG octets: 72 26 4D 65 1E 54 6E 3B A1 7E 46 61 A5 00 90 67 ********************************************************************** T_ID 6 - SS marker position initiator (8 bits): 72 - Range = 29 (decimal); hr1 = 12 (decimal) T_ID 6 - SS marker position reflector (8 bits): 26 - Range = 29 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 7D CB DA 7B 6E 5E A2 0C 32 0D C2 4F 8E 2C 72 5D ********************************************************************** T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 Initiator Sounding Sequence: 0101 0101 0101 1100 0101 0101 0101 0101 (Tx bit order, left to right) T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Reflector Sounding Sequence: 0101 0011 0101 0101 0101 0101 0101 0101 (Tx bit order, left to right) Step=10 | Mode=2 T_ID 2 - Submode insertion (8 bits): 82 - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 1D - Range = 24 (decimal); hr1 = 2 (decimal) Step=11 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 71 - Range = 24 (decimal); hr1 = 10 (decimal) Step=12 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): B7 - Range = 24 (decimal); hr1 = 17 (decimal) Step=13 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 46 - Range = 24 (decimal); hr1 = 6 (decimal) Step=14 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): A1 - Range = 24 (decimal); hr1 = 15 (decimal) ********************************************************************** New DRBG octets: F7 21 97 86 9D 82 D2 EC 80 69 7C 5B 57 17 64 70 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): F7 21 97 86 9D 82 D2 EC 80 69 7C 5B 57 17 64 70 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: F7 21 97 86 T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 57 17 64 70 T_ID 6 - SS marker position initiator (8 bits): 4D - Range = 29 (decimal); hr1 = 8 (decimal) T_ID 6 - SS marker position reflector (8 bits): 65 - Range = 29 (decimal); hr1 = 11 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=15 | Mode=2 T_ID 2 - Submode insertion (8 bits): 2A - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 61 - Range = 24 (decimal); hr1 = 9 (decimal) Step=16 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 8C - Range = 24 (decimal); hr1 = 13 (decimal) Step=17 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 4D - Range = 24 (decimal); hr1 = 7 (decimal) ********************************************************************** New DRBG octets: 17 46 62 CD 92 22 DB 8B 0C 22 D1 19 C8 C5 97 E5 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 17 46 62 CD 92 22 DB 8B 0C 22 D1 19 C8 C5 97 E5 T_ID 5 - Initiator first 32-bit score: 14 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: 17 46 62 CD T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: C8 C5 97 E5 T_ID 6 - SS marker position initiator (8 bits): 1E - Range = 29 (decimal); hr1 = 3 (decimal) T_ID 6 - SS marker position reflector (8 bits): 54 - Range = 29 (decimal); hr1 = 9 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=18 | Mode=2 T_ID 2 - Submode insertion (8 bits): 54 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): D9 - Range = 24 (decimal); hr1 = 20 (decimal) Step=19 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 ********************************************************************** New DRBG octets: CE 5A DE D7 79 BC 1F DB E5 AE A3 FC 92 0B 05 31 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): CE - Range = 24 (decimal); hr1 = 19 (decimal) Step=20 | Mode=0 ********************************************************************** New DRBG octets: 33 3E 3C 9D 31 E0 44 B6 7B 3F 20 38 AF D6 73 AC ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 33 3E 3C 9D 31 E0 44 B6 7B 3F 20 38 AF D6 73 AC T_ID 5 - Initiator first 32-bit score: 22 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 31 E0 44 B6 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: AF D6 73 AC Step=21 | Mode=0 ********************************************************************** New DRBG octets: AF 9F 78 48 26 29 96 A3 85 E6 60 4F 82 3B 87 C2 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): AF 9F 78 48 26 29 96 A3 85 E6 60 4F 82 3B 87 C2 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: AF 9F 78 48 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 18 T_ID 5 - Reflector chosen PN pattern: 85 E6 60 4F Step=22 | Mode=0 ********************************************************************** New DRBG octets: 3C 60 3B D2 E1 A3 41 67 B3 78 97 ED B4 B2 72 BF ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 3C 60 3B D2 E1 A3 41 67 B3 78 97 ED B4 B2 72 BF T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: E1 A3 41 67 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: B4 B2 72 BF Step=23 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 5A - Range = 24 (decimal); hr1 = 8 (decimal) Step=24 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): DE - Range = 24 (decimal); hr1 = 20 (decimal) ********************************************************************** New DRBG octets: A9 83 4E D5 F0 71 EC A6 35 17 86 10 A6 EE AA 04 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A9 83 4E D5 F0 71 EC A6 35 17 86 10 A6 EE AA 04 T_ID 5 - Initiator first 32-bit score: 14 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: F0 71 EC A6 T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: 35 17 86 10 T_ID 6 - SS marker position initiator (8 bits): 6E - Range = 29 (decimal); hr1 = 12 (decimal) T_ID 6 - SS marker position reflector (8 bits): 3B - Range = 29 (decimal); hr1 = 6 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=25 | Mode=2 T_ID 0 - non-mode0 channel (0 bits): // - Range = // (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0C - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 59 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): DD - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): BD - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): F3 - Range = 7 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 05 - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 20 - Range = 9 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): F7 - Range = 10 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 11 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 37 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8E - Range = 14 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): BE - Range = 15 (decimal); hr1 = 11 (decimal) ********************************************************************** New DRBG octets: 73 F3 11 6C E1 09 5A 29 BF 4D E7 AD D7 CC 2C D4 ********************************************************************** T_ID 0 - non-mode0 channel (8 bits): 73 - Range = 16 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): F3 - Range = 17 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 11 - Range = 18 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (16 bits): 6C E1 - Range = 19 (decimal); hr1 = 16 (decimal) T_ID 0 - Shuffled channels: 9 19 14 6 5 7 8 17 12 11 4 16 2 3 13 15 20 10 18 T_ID 2 - Submode insertion (8 bits): E0 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): D7 - Range = 24 (decimal); hr1 = 20 (decimal) Step=26 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 79 - Range = 24 (decimal); hr1 = 11 (decimal) Step=27 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): BC - Range = 24 (decimal); hr1 = 17 (decimal) Step=28 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 1F - Range = 24 (decimal); hr1 = 2 (decimal) Step=29 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): DB - Range = 24 (decimal); hr1 = 20 (decimal) Step=30 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): E5 - Range = 24 (decimal); hr1 = 21 (decimal) Step=31 | Mode=3 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): AE - Range = 24 (decimal); hr1 = 16 (decimal) ********************************************************************** New DRBG octets: C0 F4 37 CB 2E D8 01 47 35 AF 5E 5D 02 0B 67 A1 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): C0 F4 37 CB 2E D8 01 47 35 AF 5E 5D 02 0B 67 A1 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: C0 F4 37 CB T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: 35 AF 5E 5D T_ID 6 - SS marker position initiator (8 bits): A1 - Range = 29 (decimal); hr1 = 18 (decimal) T_ID 6 - SS marker position reflector (8 bits): 7E - Range = 29 (decimal); hr1 = 14 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=32 | Mode=2 T_ID 2 - Submode insertion (8 bits): 7C - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): A3 - Range = 24 (decimal); hr1 = 15 (decimal) Step=33 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): FC - Range = 24 (decimal); hr1 = 23 (decimal) Step=34 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 92 - Range = 24 (decimal); hr1 = 13 (decimal) Step=35 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (16 bits): 0B 05 - Range = 24 (decimal); hr1 = 0 (decimal) Step=36 | Mode=3 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 31 - Range = 24 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 2A 43 AB EB C6 D6 F2 E2 93 41 84 17 32 E6 82 31 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 2A 43 AB EB C6 D6 F2 E2 93 41 84 17 32 E6 82 31 T_ID 5 - Initiator first 32-bit score: 22 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: C6 D6 F2 E2 T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 93 41 84 17 T_ID 6 - SS marker position initiator (8 bits): 46 - Range = 29 (decimal); hr1 = 7 (decimal) T_ID 6 - SS marker position reflector (8 bits): 61 - Range = 29 (decimal); hr1 = 10 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=37 | Mode=2 T_ID 2 - Submode insertion (8 bits): 50 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 40 ********************************************************************** New DRBG octets: 02 4C 7D 7E 4F 6A 09 9E C1 E0 6D F8 06 91 16 9B ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): 02 - Range = 24 (decimal); hr1 = 0 (decimal) Step=38 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 4C - Range = 24 (decimal); hr1 = 7 (decimal) Step=39 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 7D - Range = 24 (decimal); hr1 = 11 (decimal) Step=40 | Mode=3 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 7E - Range = 24 (decimal); hr1 = 11 (decimal) ********************************************************************** New DRBG octets: 78 4C A9 80 0A 58 C3 56 12 75 95 0B 6F 84 0E C6 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 78 4C A9 80 0A 58 C3 56 12 75 95 0B 6F 84 0E C6 T_ID 5 - Initiator first 32-bit score: 4 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 78 4C A9 80 T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 6F 84 0E C6 T_ID 6 - SS marker position initiator (8 bits): A5 - Range = 29 (decimal); hr1 = 18 (decimal) T_ID 6 - SS marker position reflector (16 bits): 00 90 - Range = 29 (decimal); hr1 = 16 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=41 | Mode=2 T_ID 2 - Submode insertion (8 bits): 15 - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 4F - Range = 24 (decimal); hr1 = 7 (decimal) Step=42 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 6A - Range = 24 (decimal); hr1 = 9 (decimal) Step=43 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 09 - Range = 24 (decimal); hr1 = 0 (decimal) ********************************************************************** New DRBG octets: 51 17 E6 D9 19 D2 9F 36 65 42 19 F8 BC 7E 01 7A ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 51 17 E6 D9 19 D2 9F 36 65 42 19 F8 BC 7E 01 7A T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 19 D2 9F 36 T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 20 T_ID 5 - Reflector chosen PN pattern: 65 42 19 F8 T_ID 6 - SS marker position initiator (8 bits): 67 - Range = 29 (decimal); hr1 = 11 (decimal) ********************************************************************** New DRBG octets: D1 93 AD A2 CE F3 2C 5F F0 29 1E 13 DB F5 9D 1D ********************************************************************** T_ID 6 - SS marker position reflector (8 bits): D1 - Range = 29 (decimal); hr1 = 23 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80

8.1.2. Set 2

From the CS Configuration procedure:

ChM = 0x1F FF FF FF FF FF FC 7F FF FC
ChM_Repetition = 1
Main_Mode = 0x02
Sub_Mode = 0x01
Main_Mode_Min_Steps = 2
Main_Mode_Max_Steps = 6
Main_Mode_Repetition = 1
Mode_0_Steps = 3
RTT_Type = 0x01
Role = 0b01
ChSel = 0

From the CS Start procedure:

Subevent_Len – setup to include at least 20 steps
Procedure_Count = 1
ACI = 7

******************************** INSTANTIATION FUNCTION ********************************* h9() instantiation ***************************************************************************************** Entropy input Peripheral (CS_IV_P): E1 0B C2 8A 0B FD DF E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral (CS_IN_P): 9F F4 77 C1 Nonce Central (CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 *********************** f8 function start ********************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 K2 output: 8B 2B 06 DC 52 2D 3E 0A F0 A5 0C AF 48 10 E0 35 **************************** f7 function end ***************************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 X output: A3 4F BE 57 F8 F9 7E 34 9D 15 A3 76 79 60 74 64 **************************** f7 function end ***************************** f8 SM output: B6 02 B1 B2 8C 6F 0A 3D DA E6 37 B4 84 25 08 7D DC 18 8C 89 A1 B0 CD FD A1 E8 FC 66 C9 99 97 50 ************************ f8 function end *********************** ************************************ INITIAL K and V ************************************ K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 ***************************************************************************************** ******************************* CHANNEL SOUNDING SEQUENCE ******************************* *************************************** Channel Map ************************************* Bit-map: 1F FF FF FF FF FF FC 7F FF FC Filtered channels: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 ************************************** CS Procedure: 0 ********************************** *** INITIAL K and V *** K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 Step=0 | Mode=0 ********************************************************************** New DRBG octets: FF BC C1 CA 39 A6 9D C4 07 38 EF 33 D9 D1 35 32 ********************************************************************** T_ID 1 - mode0 channel (8bits): FF - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8bits): BC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): C1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): CA - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): 39 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8bits): A6 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8bits): 9D - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8bits): C4 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8bits): 07 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8bits): 38 - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): 33 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): D9 - Range = 14 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): D1 - Range = 15 (decimal); hr1 = 12 (decimal) T_ID 1 - mode0 channel (8bits): 35 - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): 32 - Range = 17 (decimal); hr1 = 3 (decimal) ********************************************************************** New DRBG octets: 51 EE 4B B0 3E E6 D0 A1 71 87 1C 2E 60 46 8F 6C ********************************************************************** T_ID 1 - mode0 channel (8bits): 51 - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): EE - Range = 19 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8bits): 4B - Range = 20 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): B0 - Range = 21 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8bits): 3E - Range = 22 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): E6 - Range = 23 (decimal); hr1 = 20 (decimal) T_ID 1 - mode0 channel (8bits): D0 - Range = 24 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8bits): A1 - Range = 25 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8bits): 71 - Range = 26 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): 87 - Range = 27 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8bits): 1C - Range = 28 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): 2E - Range = 29 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): 60 - Range = 30 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): 46 - Range = 31 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8bits): 8F - Range = 32 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8bits): 6C - Range = 33 (decimal); hr1 = 13 (decimal) ********************************************************************** New DRBG octets: 7D 75 2F 17 23 57 34 22 EF C7 CB C2 1F 18 90 8F ********************************************************************** T_ID 1 - mode0 channel (8bits): 7D - Range = 34 (decimal); hr1 = 16 (decimal) T_ID 1 - mode0 channel (8bits): 75 - Range = 35 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8bits): 2F - Range = 36 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8bits): 17 - Range = 37 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): 23 - Range = 38 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): 57 - Range = 39 (decimal); hr1 = 13 (decimal) T_ID 1 - mode0 channel (8bits): 34 - Range = 40 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8bits): 22 - Range = 41 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): EF - Range = 42 (decimal); hr1 = 39 (decimal) T_ID 1 - mode0 channel (8bits): C7 - Range = 43 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8bits): CB - Range = 44 (decimal); hr1 = 34 (decimal) T_ID 1 - mode0 channel (16bits): C2 1F - Range = 45 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): 18 - Range = 46 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8bits): 90 - Range = 47 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8bits): 8F - Range = 48 (decimal); hr1 = 26 (decimal) ********************************************************************** New DRBG octets: 64 74 2B E9 80 0D 87 22 36 1E 6F 55 61 A8 7C 17 ********************************************************************** T_ID 1 - mode0 channel (8bits): 64 - Range = 49 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8bits): 74 - Range = 50 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (8bits): 2B - Range = 51 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8bits): E9 - Range = 52 (decimal); hr1 = 47 (decimal) T_ID 1 - mode0 channel (8bits): 80 - Range = 53 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8bits): 0D - Range = 54 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (16bits): 87 22 - Range = 55 (decimal); hr1 = 7 (decimal) T_ID 1 - mode0 channel (8bits): 36 - Range = 56 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): 1E - Range = 57 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8bits): 6F - Range = 58 (decimal); hr1 = 25 (decimal) T_ID 1 - mode0 channel (8bits): 55 - Range = 59 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8bits): 61 - Range = 60 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (16bits): A8 7C - Range = 61 (decimal); hr1 = 29 (decimal) T_ID 1 - mode0 channel (8bits): 17 - Range = 62 (decimal); hr1 = 5 (decimal) ********************************************************************** New DRBG octets: 0F 2F 55 C1 9B BD 7C 71 EC 79 0A 97 FD 0D 93 69 ********************************************************************** T_ID 1 - mode0 channel (8bits): 0F - Range = 63 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): 2F - Range = 64 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): 55 - Range = 65 (decimal); hr1 = 21 (decimal) T_ID 1 - mode0 channel (8bits): C1 - Range = 66 (decimal); hr1 = 49 (decimal) T_ID 1 - mode0 channel (8bits): 9B - Range = 67 (decimal); hr1 = 40 (decimal) T_ID 1 - mode0 channel (8bits): BD - Range = 68 (decimal); hr1 = 50 (decimal) T_ID 1 - mode0 channel (8bits): 7C - Range = 69 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8bits): 71 - Range = 70 (decimal); hr1 = 30 (decimal) T_ID 1 - mode0 channel (8bits): EC - Range = 71 (decimal); hr1 = 65 (decimal) T_ID 1 - mode0 channel (16bits): 79 0A - Range = 72 (decimal); hr1 = 2 (decimal) T_ID 1 - Shuffled channels: 11 7 76 67 50 66 61 59 55 2 4 68 16 43 31 39 38 36 3 63 27 69 64 19 6 62 57 18 26 65 74 20 13 73 48 10 32 33 37 46 71 35 17 29 45 9 22 56 28 70 72 51 52 14 8 34 40 15 53 54 30 49 41 60 21 75 42 44 47 5 12 58 ********************************************************************** New DRBG octets: 0C 00 E4 AA 6C 37 6A B8 00 B8 C5 5D F0 79 BC 3A ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 0C 00 E4 AA 6C 37 6A B8 00 B8 C5 5D F0 79 BC 3A T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 6C 37 6A B8 T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: F0 79 BC 3A Step=1 | Mode=0 ********************************************************************** New DRBG octets: 01 1C AE 4E 99 47 D1 B5 D0 6A CD DA C7 F8 F9 37 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 01 1C AE 4E 99 47 D1 B5 D0 6A CD DA C7 F8 F9 37 T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 01 1C AE 4E T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: D0 6A CD DA Step=2 | Mode=0 ********************************************************************** New DRBG octets: 64 06 12 14 86 05 AF EA 71 55 0B DD 28 94 2F 38 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 64 06 12 14 86 05 AF EA 71 55 0B DD 28 94 2F 38 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: 64 06 12 14 T_ID 5 - Reflector first 32-bit score: 28 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: 28 94 2F 38 Step=3 | Mode=2 ********************************************************************** New DRBG octets: 32 73 A2 2D 88 47 DA 6A 1C 2C BD 8C E8 96 79 62 ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 32 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 73 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): A2 - Range = 4 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8bits): 2D - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 88 - Range = 6 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): 47 - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): DA - Range = 8 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8bits): 6A - Range = 9 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): 1C - Range = 10 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): 2C - Range = 11 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): BD - Range = 12 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): 8C - Range = 13 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): E8 - Range = 14 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8bits): 96 - Range = 15 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): 79 - Range = 16 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): 62 - Range = 17 (decimal); hr1 = 6 (decimal) ********************************************************************** New DRBG octets: AB D1 0C 59 DD BD D9 F3 05 20 F7 D0 EF 37 8E BE ********************************************************************** T_ID 0 - non-mode0 channel (8bits): AB - Range = 18 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8bits): D1 - Range = 19 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8bits): 0C - Range = 20 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 59 - Range = 21 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): DD - Range = 22 (decimal); hr1 = 18 (decimal) T_ID 0 - non-mode0 channel (8bits): BD - Range = 23 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8bits): D9 - Range = 24 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8bits): F3 - Range = 25 (decimal); hr1 = 23 (decimal) T_ID 0 - non-mode0 channel (8bits): 05 - Range = 26 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 20 - Range = 27 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): F7 - Range = 28 (decimal); hr1 = 27 (decimal) T_ID 0 - non-mode0 channel (8bits): D0 - Range = 29 (decimal); hr1 = 23 (decimal) T_ID 0 - non-mode0 channel (16bits): EF 37 - Range = 30 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8bits): 8E - Range = 31 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8bits): BE - Range = 32 (decimal); hr1 = 23 (decimal) ********************************************************************** New DRBG octets: 3D FD C0 DF 3B F7 A9 A1 91 71 B5 33 C8 83 37 C5 ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 3D - Range = 33 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): FD - Range = 34 (decimal); hr1 = 33 (decimal) T_ID 0 - non-mode0 channel (8bits): C0 - Range = 35 (decimal); hr1 = 26 (decimal) T_ID 0 - non-mode0 channel (8bits): DF - Range = 36 (decimal); hr1 = 31 (decimal) T_ID 0 - non-mode0 channel (8bits): 3B - Range = 37 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): F7 - Range = 38 (decimal); hr1 = 36 (decimal) T_ID 0 - non-mode0 channel (8bits): A9 - Range = 39 (decimal); hr1 = 25 (decimal) T_ID 0 - non-mode0 channel (8bits): A1 - Range = 40 (decimal); hr1 = 25 (decimal) T_ID 0 - non-mode0 channel (8bits): 91 - Range = 41 (decimal); hr1 = 23 (decimal) T_ID 0 - non-mode0 channel (8bits): 71 - Range = 42 (decimal); hr1 = 18 (decimal) T_ID 0 - non-mode0 channel (8bits): B5 - Range = 43 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8bits): 33 - Range = 44 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): C8 - Range = 45 (decimal); hr1 = 35 (decimal) T_ID 0 - non-mode0 channel (8bits): 83 - Range = 46 (decimal); hr1 = 23 (decimal) T_ID 0 - non-mode0 channel (8bits): 37 - Range = 47 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8bits): C5 - Range = 48 (decimal); hr1 = 36 (decimal) ********************************************************************** New DRBG octets: B3 97 AA E8 E5 02 C6 D3 BE 18 97 48 15 08 BB D5 ********************************************************************** T_ID 0 - non-mode0 channel (8bits): B3 - Range = 49 (decimal); hr1 = 34 (decimal) T_ID 0 - non-mode0 channel (8bits): 97 - Range = 50 (decimal); hr1 = 29 (decimal) T_ID 0 - non-mode0 channel (8bits): AA - Range = 51 (decimal); hr1 = 33 (decimal) T_ID 0 - non-mode0 channel (16bits): E8 E5 - Range = 52 (decimal); hr1 = 46 (decimal) T_ID 0 - non-mode0 channel (8bits): 02 - Range = 53 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): C6 - Range = 54 (decimal); hr1 = 41 (decimal) T_ID 0 - non-mode0 channel (8bits): D3 - Range = 55 (decimal); hr1 = 45 (decimal) T_ID 0 - non-mode0 channel (8bits): BE - Range = 56 (decimal); hr1 = 41 (decimal) T_ID 0 - non-mode0 channel (8bits): 18 - Range = 57 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8bits): 97 - Range = 58 (decimal); hr1 = 34 (decimal) T_ID 0 - non-mode0 channel (8bits): 48 - Range = 59 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8bits): 15 - Range = 60 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8bits): 08 - Range = 61 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): BB - Range = 62 (decimal); hr1 = 45 (decimal) T_ID 0 - non-mode0 channel (8bits): D5 - Range = 63 (decimal); hr1 = 52 (decimal) ********************************************************************** New DRBG octets: 74 77 BB 6D 51 76 FF 51 5F 13 93 86 FB FA 7F 41 ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 74 - Range = 64 (decimal); hr1 = 29 (decimal) T_ID 0 - non-mode0 channel (16bits): 77 BB - Range = 65 (decimal); hr1 = 47 (decimal) T_ID 0 - non-mode0 channel (16bits): 6D 51 - Range = 66 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8bits): 76 - Range = 67 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8bits): FF - Range = 68 (decimal); hr1 = 67 (decimal) T_ID 0 - non-mode0 channel (8bits): 51 - Range = 69 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8bits): 5F - Range = 70 (decimal); hr1 = 25 (decimal) T_ID 0 - non-mode0 channel (8bits): 13 - Range = 71 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8bits): 93 - Range = 72 (decimal); hr1 = 41 (decimal) T_ID 0 - Shuffled channels: 57 65 5 31 64 75 34 37 48 8 51 7 19 4 13 20 63 35 46 6 70 73 9 50 17 74 39 32 29 68 71 40 22 55 62 49 52 16 21 43 36 76 15 41 33 66 56 69 10 18 38 11 67 26 45 58 2 53 27 3 12 59 30 54 42 28 47 72 14 44 61 60 ********************************************************************** New DRBG octets: F8 82 2A 54 E0 7C 50 15 57 CD 98 51 69 D4 AC AB ********************************************************************** T_ID 2 - Submode insertion (8 bits): F8 - Range = 5 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 3B 8E 7E 2A A8 D7 CF F1 CC 69 BE 13 75 1F B3 95 ********************************************************************** T_ID 3 - TPM extension (2 bits): 00 ********************************************************************** New DRBG octets: B4 8D B4 8C 41 33 DE 1D 71 B7 46 A1 61 8C 4D D9 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=4 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 8D - Range = 24 (decimal); hr1 = 13 (decimal) Step=5 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=6 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 8C - Range = 24 (decimal); hr1 = 13 (decimal) Step=7 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 41 - Range = 24 (decimal); hr1 = 6 (decimal) Step=8 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 33 - Range = 24 (decimal); hr1 = 4 (decimal) Step=9 | Mode=1 ********************************************************************** New DRBG octets: A6 93 A0 3E 16 9E ED DC 3D 54 2C 1A 6B 2E B7 48 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A6 93 A0 3E 16 9E ED DC 3D 54 2C 1A 6B 2E B7 48 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 6 T_ID 5 - Initiator chosen PN pattern: 16 9E ED DC T_ID 5 - Reflector first 32-bit score: 20 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: 6B 2E B7 48 ********************************************************************** New DRBG octets: 72 26 4D 65 1E 54 6E 3B A1 7E 46 61 A5 00 90 67 ********************************************************************** T_ID 6 - SS marker position initiator (8 bits): 72 - Range = 29 (decimal); hr1 = 12 (decimal) T_ID 6 - SS marker position reflector (8 bits): 26 - Range = 29 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 7D CB DA 7B 6E 5E A2 0C 32 0D C2 4F 8E 2C 72 5D ********************************************************************** T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=10 | Mode=2 T_ID 2 - Submode insertion (8 bits): 82 - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): DE - Range = 24 (decimal); hr1 = 20 (decimal) Step=11 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 1D - Range = 24 (decimal); hr1 = 2 (decimal) Step=12 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 71 - Range = 24 (decimal); hr1 = 10 (decimal) Step=13 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): B7 - Range = 24 (decimal); hr1 = 17 (decimal) Step=14 | Mode=1 ********************************************************************** New DRBG octets: F7 21 97 86 9D 82 D2 EC 80 69 7C 5B 57 17 64 70 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): F7 21 97 86 9D 82 D2 EC 80 69 7C 5B 57 17 64 70 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: F7 21 97 86 T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 57 17 64 70 T_ID 6 - SS marker position initiator (8 bits): 4D - Range = 29 (decimal); hr1 = 8 (decimal) T_ID 6 - SS marker position reflector (8 bits): 65 - Range = 29 (decimal); hr1 = 11 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=15 | Mode=2 T_ID 2 - Submode insertion (8 bits): 2A - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 46 - Range = 24 (decimal); hr1 = 6 (decimal) Step=16 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): A1 - Range = 24 (decimal); hr1 = 15 (decimal) Step=17 | Mode=1 ********************************************************************** New DRBG octets: 17 46 62 CD 92 22 DB 8B 0C 22 D1 19 C8 C5 97 E5 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 17 46 62 CD 92 22 DB 8B 0C 22 D1 19 C8 C5 97 E5 T_ID 5 - Initiator first 32-bit score: 14 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: 17 46 62 CD T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: C8 C5 97 E5 T_ID 6 - SS marker position initiator (8 bits): 1E - Range = 29 (decimal); hr1 = 3 (decimal) T_ID 6 - SS marker position reflector (8 bits): 54 - Range = 29 (decimal); hr1 = 9 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=18 | Mode=2 T_ID 2 - Submode insertion (8 bits): 54 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 61 - Range = 24 (decimal); hr1 = 9 (decimal) Step=19 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 8C - Range = 24 (decimal); hr1 = 13 (decimal) Step=20 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 4D - Range = 24 (decimal); hr1 = 7 (decimal) Step=21 | Mode=0 ********************************************************************** New DRBG octets: AF 9F 78 48 26 29 96 A3 85 E6 60 4F 82 3B 87 C2 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): AF 9F 78 48 26 29 96 A3 85 E6 60 4F 82 3B 87 C2 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: AF 9F 78 48 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 18 T_ID 5 - Reflector chosen PN pattern: 85 E6 60 4F Step=22 | Mode=0 ********************************************************************** New DRBG octets: 3C 60 3B D2 E1 A3 41 67 B3 78 97 ED B4 B2 72 BF ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 3C 60 3B D2 E1 A3 41 67 B3 78 97 ED B4 B2 72 BF T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: E1 A3 41 67 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: B4 B2 72 BF Step=23 | Mode=0 ********************************************************************** New DRBG octets: 59 5F E1 AA 5F 57 BA 90 82 5F 07 64 35 91 56 A4 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 59 5F E1 AA 5F 57 BA 90 82 5F 07 64 35 91 56 A4 T_ID 5 - Initiator first 32-bit score: 18 T_ID 5 - Initiator second 32-bit score: 18 T_ID 5 - Initiator chosen PN pattern: 5F 57 BA 90 T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: 82 5F 07 64 Step=24 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): D9 - Range = 24 (decimal); hr1 = 20 (decimal) Step=25 | Mode=1 ********************************************************************** New DRBG octets: 72 4B 10 38 16 33 91 44 07 98 41 98 61 3B C2 E8 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 72 4B 10 38 16 33 91 44 07 98 41 98 61 3B C2 E8 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: 72 4B 10 38 T_ID 5 - Reflector first 32-bit score: 20 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: 61 3B C2 E8 T_ID 6 - SS marker position initiator (8 bits): 6E - Range = 29 (decimal); hr1 = 12 (decimal) T_ID 6 - SS marker position reflector (8 bits): 3B - Range = 29 (decimal); hr1 = 6 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=26 | Mode=2 T_ID 2 - Submode insertion (8 bits): E0 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 3 - TPM extension (2 bits): 80 ********************************************************************** New DRBG octets: 1B 36 9E 49 12 D6 92 B3 BB F8 47 DD B4 8D 59 9B ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): 1B - Range = 24 (decimal); hr1 = 2 (decimal) Step=27 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 36 - Range = 24 (decimal); hr1 = 5 (decimal) Step=28 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 9E - Range = 24 (decimal); hr1 = 14 (decimal) Step=29 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 49 - Range = 24 (decimal); hr1 = 6 (decimal) Step=30 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 12 - Range = 24 (decimal); hr1 = 1 (decimal) Step=31 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): D6 - Range = 24 (decimal); hr1 = 20 (decimal) Step=32 | Mode=1 ********************************************************************** New DRBG octets: 2C E0 B1 90 2B FA F8 37 7A B0 91 BF A7 37 8B DC ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 2C E0 B1 90 2B FA F8 37 7A B0 91 BF A7 37 8B DC T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: 2C E0 B1 90 T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 7A B0 91 BF T_ID 6 - SS marker position initiator (8 bits): A1 - Range = 29 (decimal); hr1 = 18 (decimal) T_ID 6 - SS marker position reflector (8 bits): 7E - Range = 29 (decimal); hr1 = 14 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=33 | Mode=2 T_ID 2 - Submode insertion (8 bits): 7C - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 92 - Range = 24 (decimal); hr1 = 13 (decimal) Step=34 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): B3 - Range = 24 (decimal); hr1 = 16 (decimal) Step=35 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): BB - Range = 24 (decimal); hr1 = 17 (decimal) Step=36 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): F8 - Range = 24 (decimal); hr1 = 23 (decimal) Step=37 | Mode=1 ********************************************************************** New DRBG octets: A3 5E 66 E1 FC 19 2D CF 4C 1C 10 C0 41 10 AB 72 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A3 5E 66 E1 FC 19 2D CF 4C 1C 10 C0 41 10 AB 72 T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: A3 5E 66 E1 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 41 10 AB 72 T_ID 6 - SS marker position initiator (8 bits): 46 - Range = 29 (decimal); hr1 = 7 (decimal) T_ID 6 - SS marker position reflector (8 bits): 61 - Range = 29 (decimal); hr1 = 10 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=38 | Mode=2 T_ID 2 - Submode insertion (8 bits): 50 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 47 - Range = 24 (decimal); hr1 = 6 (decimal) Step=39 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): DD - Range = 24 (decimal); hr1 = 20 (decimal) Step=40 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=41 | Mode=0 ********************************************************************** New DRBG octets: F9 75 C7 DA 8C C1 CB C7 5E A9 A3 F9 C2 EF B6 90 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): F9 75 C7 DA 8C C1 CB C7 5E A9 A3 F9 C2 EF B6 90 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 26 T_ID 5 - Initiator chosen PN pattern: F9 75 C7 DA T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: C2 EF B6 90 Step=42 | Mode=0 ********************************************************************** New DRBG octets: 94 27 94 24 2B 7D 51 F3 3E 76 6F CB 96 52 E3 61 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 94 27 94 24 2B 7D 51 F3 3E 76 6F CB 96 52 E3 61 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 94 27 94 24 T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 96 52 E3 61 Step=43 | Mode=0 ********************************************************************** New DRBG octets: 51 17 E6 D9 19 D2 9F 36 65 42 19 F8 BC 7E 01 7A ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 51 17 E6 D9 19 D2 9F 36 65 42 19 F8 BC 7E 01 7A T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 19 D2 9F 36 T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 20 T_ID 5 - Reflector chosen PN pattern: 65 42 19 F8 Step=44 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 8D - Range = 24 (decimal); hr1 = 13 (decimal) Step=45 | Mode=1 ********************************************************************** New DRBG octets: 3A FC C9 66 2A 84 09 59 B4 39 B7 28 A5 56 83 81 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 3A FC C9 66 2A 84 09 59 B4 39 B7 28 A5 56 83 81 T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: 3A FC C9 66 T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 20 T_ID 5 - Reflector chosen PN pattern: B4 39 B7 28 T_ID 6 - SS marker position initiator (8 bits): A5 - Range = 29 (decimal); hr1 = 18 (decimal) T_ID 6 - SS marker position reflector (16 bits): 00 90 - Range = 29 (decimal); hr1 = 16 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=46 | Mode=2 T_ID 2 - Submode insertion (8 bits): 15 - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 59 - Range = 24 (decimal); hr1 = 8 (decimal) Step=47 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 9B - Range = 24 (decimal); hr1 = 14 (decimal) Step=48 | Mode=1 ********************************************************************** New DRBG octets: 87 D7 D1 62 B8 30 DB BE 77 34 24 24 C7 AE 18 FE ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 87 D7 D1 62 B8 30 DB BE 77 34 24 24 C7 AE 18 FE T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: B8 30 DB BE T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 20 T_ID 5 - Reflector chosen PN pattern: 77 34 24 24 T_ID 6 - SS marker position initiator (8 bits): 67 - Range = 29 (decimal); hr1 = 11 (decimal) ********************************************************************** New DRBG octets: 32 27 9A 3D 88 04 52 18 AF DA 47 5C 50 DB 6F 3C ********************************************************************** T_ID 6 - SS marker position reflector (8 bits): 32 - Range = 29 (decimal); hr1 = 5 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=49 | Mode=2 T_ID 2 - Submode insertion (8 bits): 57 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): C0 ********************************************************************** New DRBG octets: 4A B2 C3 2F 35 67 74 81 52 56 29 D0 32 8A 1E BF ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): 4A - Range = 24 (decimal); hr1 = 6 (decimal) Step=50 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): B2 - Range = 24 (decimal); hr1 = 16 (decimal) Step=51 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): C3 - Range = 24 (decimal); hr1 = 18 (decimal) Step=52 | Mode=1 ********************************************************************** New DRBG octets: 29 3A 71 72 62 7E C2 74 4A 63 9D 3C 78 9D 64 25 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 29 3A 71 72 62 7E C2 74 4A 63 9D 3C 78 9D 64 25 T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 62 7E C2 74 T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: 78 9D 64 25 T_ID 6 - SS marker position initiator (8 bits): 27 - Range = 29 (decimal); hr1 = 4 (decimal) T_ID 6 - SS marker position reflector (8 bits): 9A - Range = 29 (decimal); hr1 = 17 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=53 | Mode=2 T_ID 2 - Submode insertion (8 bits): CD - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 2F - Range = 24 (decimal); hr1 = 4 (decimal) Step=54 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 35 - Range = 24 (decimal); hr1 = 4 (decimal) Step=55 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 67 - Range = 24 (decimal); hr1 = 9 (decimal) Step=56 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 74 - Range = 24 (decimal); hr1 = 10 (decimal) Step=57 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 81 - Range = 24 (decimal); hr1 = 12 (decimal) Step=58 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 52 - Range = 24 (decimal); hr1 = 7 (decimal) Step=59 | Mode=1 ********************************************************************** New DRBG octets: AE 8A 62 36 0B 80 CD 62 1F BB FF 19 A6 E7 E5 E2 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): AE 8A 62 36 0B 80 CD 62 1F BB FF 19 A6 E7 E5 E2 T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 4 T_ID 5 - Initiator chosen PN pattern: 0B 80 CD 62 T_ID 5 - Reflector first 32-bit score: 20 T_ID 5 - Reflector second 32-bit score: 4 T_ID 5 - Reflector chosen PN pattern: A6 E7 E5 E2 T_ID 6 - SS marker position initiator (8 bits): 3D - Range = 29 (decimal); hr1 = 6 (decimal) T_ID 6 - SS marker position reflector (8 bits): 88 - Range = 29 (decimal); hr1 = 15 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=60 | Mode=0 ********************************************************************** New DRBG octets: 59 D1 03 4C 30 03 73 84 75 24 FA 34 78 DD AC 66 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 59 D1 03 4C 30 03 73 84 75 24 FA 34 78 DD AC 66 T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 59 D1 03 4C T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: 75 24 FA 34 Step=61 | Mode=0 ********************************************************************** New DRBG octets: 3B 07 5A 7F 92 91 D5 EB 76 C5 32 55 7E 2B 6E DB ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 3B 07 5A 7F 92 91 D5 EB 76 C5 32 55 7E 2B 6E DB T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 3B 07 5A 7F T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 7E 2B 6E DB Step=62 | Mode=0 ********************************************************************** New DRBG octets: B1 74 51 AC 18 FE 87 44 AC 7E 27 CF 18 9D 44 87 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): B1 74 51 AC 18 FE 87 44 AC 7E 27 CF 18 9D 44 87 T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: B1 74 51 AC T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: 18 9D 44 87 Step=63 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 56 - Range = 24 (decimal); hr1 = 8 (decimal) Step=64 | Mode=2 T_ID 2 - Submode insertion (8 bits): 98 - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 29 - Range = 24 (decimal); hr1 = 3 (decimal) Step=65 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): D0 - Range = 24 (decimal); hr1 = 19 (decimal) Step=66 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 32 - Range = 24 (decimal); hr1 = 4 (decimal) Step=67 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 8A - Range = 24 (decimal); hr1 = 12 (decimal) Step=68 | Mode=1 ********************************************************************** New DRBG octets: 76 44 70 57 97 3E 93 E5 DC 7A 6D 6A 8C D6 38 ED ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 76 44 70 57 97 3E 93 E5 DC 7A 6D 6A 8C D6 38 ED T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 6 T_ID 5 - Initiator chosen PN pattern: 97 3E 93 E5 T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 20 T_ID 5 - Reflector chosen PN pattern: DC 7A 6D 6A T_ID 6 - SS marker position initiator (8 bits): 04 - Range = 29 (decimal); hr1 = 0 (decimal) T_ID 6 - SS marker position reflector (8 bits): 52 - Range = 29 (decimal); hr1 = 9 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=69 | Mode=2 T_ID 2 - Submode insertion (8 bits): 51 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 1E - Range = 24 (decimal); hr1 = 2 (decimal) Step=70 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): BF - Range = 24 (decimal); hr1 = 17 (decimal) Step=71 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 ********************************************************************** New DRBG octets: 36 77 E6 E4 59 5B 6C EF 8A AC 2E CF 59 8D 5E C0 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): 36 - Range = 24 (decimal); hr1 = 5 (decimal) Step=72 | Mode=1 ********************************************************************** New DRBG octets: 72 54 52 61 69 F2 5A 0D CC CA 4F CE BD 8A 88 1E ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 72 54 52 61 69 F2 5A 0D CC CA 4F CE BD 8A 88 1E T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 72 54 52 61 T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: BD 8A 88 1E T_ID 6 - SS marker position initiator (8 bits): 18 - Range = 29 (decimal); hr1 = 2 (decimal) T_ID 6 - SS marker position reflector (8 bits): AF - Range = 29 (decimal); hr1 = 19 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=73 | Mode=2 T_ID 2 - Submode insertion (8 bits): 69 - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 77 - Range = 24 (decimal); hr1 = 11 (decimal) Step=74 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): E6 - Range = 24 (decimal); hr1 = 21 (decimal) Step=75 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): E4 - Range = 24 (decimal); hr1 = 21 (decimal) Step=76 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 59 - Range = 24 (decimal); hr1 = 8 (decimal) Step=77 | Mode=1 ********************************************************************** New DRBG octets: 9F B8 94 20 27 F3 AA 36 81 84 73 90 7C 34 35 07 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 9F B8 94 20 27 F3 AA 36 81 84 73 90 7C 34 35 07 T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 2 T_ID 5 - Initiator chosen PN pattern: 27 F3 AA 36 T_ID 5 - Reflector first 32-bit score: 18 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: 7C 34 35 07 T_ID 6 - SS marker position initiator (8 bits): DA - Range = 29 (decimal); hr1 = 24 (decimal) T_ID 6 - SS marker position reflector (16 bits): 47 5C - Range = 29 (decimal); hr1 = 10 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=78 | Mode=2 T_ID 2 - Submode insertion (8 bits): D4 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 5B - Range = 24 (decimal); hr1 = 8 (decimal) Step=79 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 6C - Range = 24 (decimal); hr1 = 10 (decimal) Step=80 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): EF - Range = 24 (decimal); hr1 = 22 (decimal) Step=81 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 8A - Range = 24 (decimal); hr1 = 12 (decimal) Step=82 | Mode=0 ********************************************************************** New DRBG octets: 83 70 FC 0A A7 A6 53 65 E1 13 9F 67 7B B9 53 86 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 83 70 FC 0A A7 A6 53 65 E1 13 9F 67 7B B9 53 86 T_ID 5 - Initiator first 32-bit score: 18 T_ID 5 - Initiator second 32-bit score: 20 T_ID 5 - Initiator chosen PN pattern: 83 70 FC 0A T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 7B B9 53 86 Step=83 | Mode=0 ********************************************************************** New DRBG octets: AE D2 9E 4D 5E A1 01 54 C3 9B 02 8E 21 3D C0 DD ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): AE D2 9E 4D 5E A1 01 54 C3 9B 02 8E 21 3D C0 DD T_ID 5 - Initiator first 32-bit score: 16 T_ID 5 - Initiator second 32-bit score: 24 T_ID 5 - Initiator chosen PN pattern: AE D2 9E 4D T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: 21 3D C0 DD Step=84 | Mode=0 ********************************************************************** New DRBG octets: 7A 61 88 D2 B3 D8 C1 09 1C 1B 06 35 A7 9B 42 2F ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 7A 61 88 D2 B3 D8 C1 09 1C 1B 06 35 A7 9B 42 2F T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: 7A 61 88 D2 T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 4 T_ID 5 - Reflector chosen PN pattern: A7 9B 42 2F Step=85 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): AC - Range = 24 (decimal); hr1 = 16 (decimal) Step=86 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 2E - Range = 24 (decimal); hr1 = 4 (decimal) Step=87 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): CF - Range = 24 (decimal); hr1 = 19 (decimal) Step=88 | Mode=1 ********************************************************************** New DRBG octets: 05 81 5B E5 5E 76 9B EA C5 67 5D CF EC 89 79 12 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 05 81 5B E5 5E 76 9B EA C5 67 5D CF EC 89 79 12 T_ID 5 - Initiator first 32-bit score: 14 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 5E 76 9B EA T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: C5 67 5D CF T_ID 6 - SS marker position initiator (16 bits): 50 DB - Range = 29 (decimal); hr1 = 24 (decimal) T_ID 6 - SS marker position reflector (8 bits): 6F - Range = 29 (decimal); hr1 = 12 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=89 | Mode=2 T_ID 2 - Submode insertion (8 bits): AC - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 59 - Range = 24 (decimal); hr1 = 8 (decimal) Step=90 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 8D - Range = 24 (decimal); hr1 = 13 (decimal) Step=91 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 5E - Range = 24 (decimal); hr1 = 8 (decimal) Step=92 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 ********************************************************************** New DRBG octets: 85 C3 62 27 BA 61 FE 15 53 3D DF A0 BD 1A DC 23 ********************************************************************** T_ID 4 - Antenna path perm. (16 bits): C0 85 - Range = 24 (decimal); hr1 = 12 (decimal) Step=93 | Mode=2 ********************************************************************** New DRBG octets: 74 30 D2 5E 70 AE 7C F7 B5 44 F9 33 E6 5A F3 25 ********************************************************************** T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): C3 - Range = 24 (decimal); hr1 = 18 (decimal) Step=94 | Mode=1 ********************************************************************** New DRBG octets: CF A8 D9 FB 13 04 07 7D 66 26 C7 0E 22 42 67 02 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): CF A8 D9 FB 13 04 07 7D 66 26 C7 0E 22 42 67 02 T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 18 T_ID 5 - Initiator chosen PN pattern: CF A8 D9 FB T_ID 5 - Reflector first 32-bit score: 24 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 22 42 67 02 T_ID 6 - SS marker position initiator (8 bits): 3C - Range = 29 (decimal); hr1 = 6 (decimal) ********************************************************************** New DRBG octets: 28 84 FE 25 8A 58 C6 5C 5B 6F 45 D8 83 94 8A B4 ********************************************************************** T_ID 6 - SS marker position reflector (8 bits): 28 - Range = 29 (decimal); hr1 = 4 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=95 | Mode=2 T_ID 2 - Submode insertion (8 bits): AB - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 62 - Range = 24 (decimal); hr1 = 9 (decimal) Step=96 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 27 - Range = 24 (decimal); hr1 = 3 (decimal) Step=97 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): BA - Range = 24 (decimal); hr1 = 17 (decimal) Step=98 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 61 - Range = 24 (decimal); hr1 = 9 (decimal) Step=99 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): FE - Range = 24 (decimal); hr1 = 23 (decimal) Step=100 | Mode=1 ********************************************************************** New DRBG octets: B6 E1 30 8B 38 37 25 B0 CE 5D 24 0A 10 9E FE 07 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): B6 E1 30 8B 38 37 25 B0 CE 5D 24 0A 10 9E FE 07 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: B6 E1 30 8B T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 22 T_ID 5 - Reflector chosen PN pattern: CE 5D 24 0A T_ID 6 - SS marker position initiator (8 bits): 84 - Range = 29 (decimal); hr1 = 14 (decimal) T_ID 6 - SS marker position reflector (8 bits): FE - Range = 29 (decimal); hr1 = 28 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=101 | Mode=2 ********************************************************************** New DRBG octets: 54 AD 8A 11 F2 83 AD BE 5E 1D 5A E3 3C A4 B2 B4 ********************************************************************** T_ID 2 - Submode insertion (8 bits): 54 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 15 - Range = 24 (decimal); hr1 = 1 (decimal) Step=102 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 53 - Range = 24 (decimal); hr1 = 7 (decimal) Step=103 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 3D - Range = 24 (decimal); hr1 = 5 (decimal) Step=104 | Mode=0 ********************************************************************** New DRBG octets: 14 74 46 A3 21 4B 6A C5 AC 95 65 F2 A4 1E 82 3D ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 14 74 46 A3 21 4B 6A C5 AC 95 65 F2 A4 1E 82 3D T_ID 5 - Initiator first 32-bit score: 16 T_ID 5 - Initiator second 32-bit score: 18 T_ID 5 - Initiator chosen PN pattern: 14 74 46 A3 T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: A4 1E 82 3D Step=105 | Mode=0 ********************************************************************** New DRBG octets: 99 72 D6 75 CA 00 A1 61 94 E3 8F 9B 06 A2 9C 82 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 99 72 D6 75 CA 00 A1 61 94 E3 8F 9B 06 A2 9C 82 T_ID 5 - Initiator first 32-bit score: 16 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: CA 00 A1 61 T_ID 5 - Reflector first 32-bit score: 20 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: 06 A2 9C 82 Step=106 | Mode=0 ********************************************************************** New DRBG octets: A9 18 D2 F4 BF 93 95 5D 2E 5D C9 9D 6A 7D 0D 47 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A9 18 D2 F4 BF 93 95 5D 2E 5D C9 9D 6A 7D 0D 47 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: A9 18 D2 F4 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 6A 7D 0D 47 Step=107 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): DF - Range = 24 (decimal); hr1 = 20 (decimal) Step=108 | Mode=1 ********************************************************************** New DRBG octets: 9E 51 FD E2 B2 36 1E BE 3B 9E 68 DF CE D3 70 80 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 9E 51 FD E2 B2 36 1E BE 3B 9E 68 DF CE D3 70 80 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 4 T_ID 5 - Initiator chosen PN pattern: B2 36 1E BE T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: CE D3 70 80 T_ID 6 - SS marker position initiator (8 bits): 25 - Range = 29 (decimal); hr1 = 4 (decimal) T_ID 6 - SS marker position reflector (8 bits): 8A - Range = 29 (decimal); hr1 = 15 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=109 | Mode=2 T_ID 2 - Submode insertion (8 bits): AD - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (16 bits): A0 BD - Range = 24 (decimal); hr1 = 17 (decimal) Step=110 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 1A - Range = 24 (decimal); hr1 = 2 (decimal) Step=111 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): DC - Range = 24 (decimal); hr1 = 20 (decimal)

8.1.3. Set 3

From the CS Configuration procedure:

ChM = 0x00 00 00 00 00 00 00 1F FF FC
ChM_Repetition = 2
Main_Mode = 0x02
Sub_Mode = 0x03
Main_Mode_Min_Steps = 2
Main_Mode_Max_Steps = 6
Main_Mode_Repetition = 0
Mode_0_Steps = 3
RTT_Type = 0x01
Role = 0b01
ChSel = 0

From the CS Start procedure:

Subevent_Len – setup to include at least 20 steps
Procedure_Count = 2
ACI = 7

******************************* INSTANTIATION FUNCTION ********************************** h9() instantiation ***************************************************************************************** Entropy input Peripheral (CS_IV_P): E1 0B C2 8A 0B FD DF E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral (CS_IN_P): 9F F4 77 C1 Nonce Central (CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 *********************** f8 function start ********************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 K2 output: 8B 2B 06 DC 52 2D 3E 0A F0 A5 0C AF 48 10 E0 35 **************************** f7 function end ***************************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 X output: A3 4F BE 57 F8 F9 7E 34 9D 15 A3 76 79 60 74 64 **************************** f7 function end ***************************** f8 SM output: B6 02 B1 B2 8C 6F 0A 3D DA E6 37 B4 84 25 08 7D DC 18 8C 89 A1 B0 CD FD A1 E8 FC 66 C9 99 97 50 ************************ f8 function end *********************** *********************************** INITIAL K and V ************************************* K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 ***************************************************************************************** ******************************* CHANNEL SOUNDING SEQUENCE ******************************* ************************************** Channel map ************************************** Bit-map: 00 00 00 00 00 00 00 1F FF FC Filtered channels: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 ************************************ CS Procedure: 0 ************************************ *** INITIAL K and V *** K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 Step=0 | Mode=0 ********************************************************************** New DRBG octets: FF BC C1 CA 39 A6 9D C4 07 38 EF 33 D9 D1 35 32 ********************************************************************** T_ID 1 - mode0 channel (8bits): FF - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8bits): BC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): C1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): CA - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): 39 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8bits): A6 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8bits): 9D - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8bits): C4 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8bits): 07 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8bits): 38 - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): 33 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): D9 - Range = 14 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): D1 - Range = 15 (decimal); hr1 = 12 (decimal) T_ID 1 - mode0 channel (8bits): 35 - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): 32 - Range = 17 (decimal); hr1 = 3 (decimal) ********************************************************************** New DRBG octets: 51 EE 4B B0 3E E6 D0 A1 71 87 1C 2E 60 46 8F 6C ********************************************************************** T_ID 1 - mode0 channel (8bits): 51 - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8bits): EE - Range = 19 (decimal); hr1 = 17 (decimal) T_ID 1 - Shuffled channels: 11 7 14 18 9 19 10 8 5 2 4 15 16 13 12 6 17 20 3 ********************************************************************** New DRBG octets: 0C 00 E4 AA 6C 37 6A B8 00 B8 C5 5D F0 79 BC 3A ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 0C 00 E4 AA 6C 37 6A B8 00 B8 C5 5D F0 79 BC 3A T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 6C 37 6A B8 T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: F0 79 BC 3A Step=1 | Mode=0 ********************************************************************** New DRBG octets: 01 1C AE 4E 99 47 D1 B5 D0 6A CD DA C7 F8 F9 37 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 01 1C AE 4E 99 47 D1 B5 D0 6A CD DA C7 F8 F9 37 T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 01 1C AE 4E T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: D0 6A CD DA Step=2 | Mode=0 ********************************************************************** New DRBG octets: 64 06 12 14 86 05 AF EA 71 55 0B DD 28 94 2F 38 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 64 06 12 14 86 05 AF EA 71 55 0B DD 28 94 2F 38 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: 64 06 12 14 T_ID 5 - Reflector first 32-bit score: 28 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: 28 94 2F 38 Step=3 | Mode=2 ********************************************************************** New DRBG octets: 32 73 A2 2D 88 47 DA 6A 1C 2C BD 8C E8 96 79 62 ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 32 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 73 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): A2 - Range = 4 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8bits): 2D - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 88 - Range = 6 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): 47 - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): DA - Range = 8 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8bits): 6A - Range = 9 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): 1C - Range = 10 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): 2C - Range = 11 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): BD - Range = 12 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): 8C - Range = 13 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): E8 - Range = 14 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8bits): 96 - Range = 15 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): 79 - Range = 16 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): 62 - Range = 17 (decimal); hr1 = 6 (decimal) ********************************************************************** New DRBG octets: AB D1 0C 59 DD BD D9 F3 05 20 F7 D0 EF 37 8E BE ********************************************************************** T_ID 0 - non-mode0 channel (8bits): AB - Range = 18 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8bits): D1 - Range = 19 (decimal); hr1 = 15 (decimal) T_ID 0 - Shuffled channels: 6 12 5 10 3 2 18 17 16 8 11 7 19 4 13 20 9 15 14 ********************************************************************** New DRBG octets: F8 82 2A 54 E0 7C 50 15 57 CD 98 51 69 D4 AC AB ********************************************************************** T_ID 2 - Submode insertion (8 bits): F8 - Range = 5 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 3B 8E 7E 2A A8 D7 CF F1 CC 69 BE 13 75 1F B3 95 ********************************************************************** T_ID 3 - TPM extension (2 bits): 00 ********************************************************************** New DRBG octets: B4 8D B4 8C 41 33 DE 1D 71 B7 46 A1 61 8C 4D D9 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=4 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 8D - Range = 24 (decimal); hr1 = 13 (decimal) Step=5 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=6 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 8C - Range = 24 (decimal); hr1 = 13 (decimal) Step=7 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 41 - Range = 24 (decimal); hr1 = 6 (decimal) Step=8 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 33 - Range = 24 (decimal); hr1 = 4 (decimal) Step=9 | Mode=3 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): DE - Range = 24 (decimal); hr1 = 20 (decimal) ********************************************************************** New DRBG octets: A6 93 A0 3E 16 9E ED DC 3D 54 2C 1A 6B 2E B7 48 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A6 93 A0 3E 16 9E ED DC 3D 54 2C 1A 6B 2E B7 48 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 6 T_ID 5 - Initiator chosen PN pattern: 16 9E ED DC T_ID 5 - Reflector first 32-bit score: 20 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: 6B 2E B7 48 ********************************************************************** New DRBG octets: 72 26 4D 65 1E 54 6E 3B A1 7E 46 61 A5 00 90 67 ********************************************************************** T_ID 6 - SS marker position initiator (8 bits): 72 - Range = 29 (decimal); hr1 = 12 (decimal) T_ID 6 - SS marker position reflector (8 bits): 26 - Range = 29 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 7D CB DA 7B 6E 5E A2 0C 32 0D C2 4F 8E 2C 72 5D ********************************************************************** T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=10 | Mode=2 T_ID 2 - Submode insertion (8 bits): 82 - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 1D - Range = 24 (decimal); hr1 = 2 (decimal) Step=11 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 71 - Range = 24 (decimal); hr1 = 10 (decimal) Step=12 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): B7 - Range = 24 (decimal); hr1 = 17 (decimal) Step=13 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 46 - Range = 24 (decimal); hr1 = 6 (decimal) Step=14 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): A1 - Range = 24 (decimal); hr1 = 15 (decimal) ********************************************************************** New DRBG octets: F7 21 97 86 9D 82 D2 EC 80 69 7C 5B 57 17 64 70 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): F7 21 97 86 9D 82 D2 EC 80 69 7C 5B 57 17 64 70 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: F7 21 97 86 T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 57 17 64 70 T_ID 6 - SS marker position initiator (8 bits): 4D - Range = 29 (decimal); hr1 = 8 (decimal) T_ID 6 - SS marker position reflector (8 bits): 65 - Range = 29 (decimal); hr1 = 11 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=15 | Mode=2 T_ID 2 - Submode insertion (8 bits): 2A - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 61 - Range = 24 (decimal); hr1 = 9 (decimal) Step=16 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 8C - Range = 24 (decimal); hr1 = 13 (decimal) Step=17 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 4D - Range = 24 (decimal); hr1 = 7 (decimal) ********************************************************************** New DRBG octets: 17 46 62 CD 92 22 DB 8B 0C 22 D1 19 C8 C5 97 E5 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 17 46 62 CD 92 22 DB 8B 0C 22 D1 19 C8 C5 97 E5 T_ID 5 - Initiator first 32-bit score: 14 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: 17 46 62 CD T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: C8 C5 97 E5 T_ID 6 - SS marker position initiator (8 bits): 1E - Range = 29 (decimal); hr1 = 3 (decimal) T_ID 6 - SS marker position reflector (8 bits): 54 - Range = 29 (decimal); hr1 = 9 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=18 | Mode=2 T_ID 2 - Submode insertion (8 bits): 54 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): D9 - Range = 24 (decimal); hr1 = 20 (decimal) Step=19 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 ********************************************************************** New DRBG octets: CE 5A DE D7 79 BC 1F DB E5 AE A3 FC 92 0B 05 31 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): CE - Range = 24 (decimal); hr1 = 19 (decimal) Step=20 | Mode=0 ********************************************************************** New DRBG octets: 33 3E 3C 9D 31 E0 44 B6 7B 3F 20 38 AF D6 73 AC ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 33 3E 3C 9D 31 E0 44 B6 7B 3F 20 38 AF D6 73 AC T_ID 5 - Initiator first 32-bit score: 22 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 31 E0 44 B6 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: AF D6 73 AC Step=21 | Mode=0 ********************************************************************** New DRBG octets: AF 9F 78 48 26 29 96 A3 85 E6 60 4F 82 3B 87 C2 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): AF 9F 78 48 26 29 96 A3 85 E6 60 4F 82 3B 87 C2 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: AF 9F 78 48 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 18 T_ID 5 - Reflector chosen PN pattern: 85 E6 60 4F Step=22 | Mode=0 ********************************************************************** New DRBG octets: 3C 60 3B D2 E1 A3 41 67 B3 78 97 ED B4 B2 72 BF ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 3C 60 3B D2 E1 A3 41 67 B3 78 97 ED B4 B2 72 BF T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: E1 A3 41 67 T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: B4 B2 72 BF Step=23 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 5A - Range = 24 (decimal); hr1 = 8 (decimal) Step=24 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): DE - Range = 24 (decimal); hr1 = 20 (decimal) ********************************************************************** New DRBG octets: A9 83 4E D5 F0 71 EC A6 35 17 86 10 A6 EE AA 04 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A9 83 4E D5 F0 71 EC A6 35 17 86 10 A6 EE AA 04 T_ID 5 - Initiator first 32-bit score: 14 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: F0 71 EC A6 T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: 35 17 86 10 T_ID 6 - SS marker position initiator (8 bits): 6E - Range = 29 (decimal); hr1 = 12 (decimal) T_ID 6 - SS marker position reflector (8 bits): 3B - Range = 29 (decimal); hr1 = 6 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=25 | Mode=2 T_ID 0 - non-mode0 channel (8bits): 0C - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 59 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): DD - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): BD - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): D9 - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8bits): F3 - Range = 7 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8bits): 05 - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 20 - Range = 9 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): F7 - Range = 10 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8bits): D0 - Range = 11 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8bits): 37 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8bits): 8E - Range = 14 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): BE - Range = 15 (decimal); hr1 = 11 (decimal) ********************************************************************** New DRBG octets: 73 F3 11 6C E1 09 5A 29 BF 4D E7 AD D7 CC 2C D4 ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 73 - Range = 16 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): F3 - Range = 17 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8bits): 11 - Range = 18 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (16bits): 6C E1 - Range = 19 (decimal); hr1 = 16 (decimal) T_ID 0 - Shuffled channels: 9 19 14 6 5 7 8 17 12 11 4 16 2 3 13 15 20 10 18 T_ID 2 - Submode insertion (8 bits): E0 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): D7 - Range = 24 (decimal); hr1 = 20 (decimal) Step=26 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 79 - Range = 24 (decimal); hr1 = 11 (decimal) Step=27 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): BC - Range = 24 (decimal); hr1 = 17 (decimal) Step=28 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 1F - Range = 24 (decimal); hr1 = 2 (decimal) Step=29 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): DB - Range = 24 (decimal); hr1 = 20 (decimal) Step=30 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): E5 - Range = 24 (decimal); hr1 = 21 (decimal) Step=31 | Mode=3 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): AE - Range = 24 (decimal); hr1 = 16 (decimal) ********************************************************************** New DRBG octets: C0 F4 37 CB 2E D8 01 47 35 AF 5E 5D 02 0B 67 A1 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): C0 F4 37 CB 2E D8 01 47 35 AF 5E 5D 02 0B 67 A1 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: C0 F4 37 CB T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: 35 AF 5E 5D T_ID 6 - SS marker position initiator (8 bits): A1 - Range = 29 (decimal); hr1 = 18 (decimal) T_ID 6 - SS marker position reflector (8 bits): 7E - Range = 29 (decimal); hr1 = 14 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=32 | Mode=2 T_ID 2 - Submode insertion (8 bits): 7C - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): A3 - Range = 24 (decimal); hr1 = 15 (decimal) Step=33 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): FC - Range = 24 (decimal); hr1 = 23 (decimal) Step=34 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 92 - Range = 24 (decimal); hr1 = 13 (decimal) Step=35 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (16 bits): 0B 05 - Range = 24 (decimal); hr1 = 0 (decimal) Step=36 | Mode=3 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 31 - Range = 24 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 2A 43 AB EB C6 D6 F2 E2 93 41 84 17 32 E6 82 31 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 2A 43 AB EB C6 D6 F2 E2 93 41 84 17 32 E6 82 31 T_ID 5 - Initiator first 32-bit score: 22 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: C6 D6 F2 E2 T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 93 41 84 17 T_ID 6 - SS marker position initiator (8 bits): 46 - Range = 29 (decimal); hr1 = 7 (decimal) T_ID 6 - SS marker position reflector (8 bits): 61 - Range = 29 (decimal); hr1 = 10 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=37 | Mode=2 T_ID 2 - Submode insertion (8 bits): 50 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 40 ********************************************************************** New DRBG octets: 02 4C 7D 7E 4F 6A 09 9E C1 E0 6D F8 06 91 16 9B ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): 02 - Range = 24 (decimal); hr1 = 0 (decimal) Step=38 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 4C - Range = 24 (decimal); hr1 = 7 (decimal) Step=39 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 7D - Range = 24 (decimal); hr1 = 11 (decimal) Step=40 | Mode=0 ********************************************************************** New DRBG octets: 78 4C A9 80 0A 58 C3 56 12 75 95 0B 6F 84 0E C6 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 78 4C A9 80 0A 58 C3 56 12 75 95 0B 6F 84 0E C6 T_ID 5 - Initiator first 32-bit score: 4 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: 78 4C A9 80 T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 6F 84 0E C6 Step=41 | Mode=0 ********************************************************************** New DRBG octets: F9 75 C7 DA 8C C1 CB C7 5E A9 A3 F9 C2 EF B6 90 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): F9 75 C7 DA 8C C1 CB C7 5E A9 A3 F9 C2 EF B6 90 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 26 T_ID 5 - Initiator chosen PN pattern: F9 75 C7 DA T_ID 5 - Reflector first 32-bit score: 12 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: C2 EF B6 90 Step=42 | Mode=0 ********************************************************************** New DRBG octets: 94 27 94 24 2B 7D 51 F3 3E 76 6F CB 96 52 E3 61 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 94 27 94 24 2B 7D 51 F3 3E 76 6F CB 96 52 E3 61 T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 94 27 94 24 T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 96 52 E3 61 Step=43 | Mode=3 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 7E - Range = 24 (decimal); hr1 = 11 (decimal) ********************************************************************** New DRBG octets: 51 17 E6 D9 19 D2 9F 36 65 42 19 F8 BC 7E 01 7A ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 51 17 E6 D9 19 D2 9F 36 65 42 19 F8 BC 7E 01 7A T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 19 D2 9F 36 T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 20 T_ID 5 - Reflector chosen PN pattern: 65 42 19 F8 T_ID 6 - SS marker position initiator (8 bits): A5 - Range = 29 (decimal); hr1 = 18 (decimal) T_ID 6 - SS marker position reflector (16 bits): 00 90 - Range = 29 (decimal); hr1 = 16 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=44 | Mode=2 T_ID 2 - Submode insertion (8 bits): 15 - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 4F - Range = 24 (decimal); hr1 = 7 (decimal) Step=45 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 6A - Range = 24 (decimal); hr1 = 9 (decimal) Step=46 | Mode=3 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 09 - Range = 24 (decimal); hr1 = 0 (decimal) ********************************************************************** New DRBG octets: 0B 4D 44 7F BF CD 8A 16 0D 8C 37 94 7D 89 D2 44 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 0B 4D 44 7F BF CD 8A 16 0D 8C 37 94 7D 89 D2 44 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 8 T_ID 5 - Initiator chosen PN pattern: BF CD 8A 16 T_ID 5 - Reflector first 32-bit score: 10 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 0D 8C 37 94 T_ID 6 - SS marker position initiator (8 bits): 67 - Range = 29 (decimal); hr1 = 11 (decimal) ********************************************************************** New DRBG octets: 85 85 4E 9A 21 C0 EB 14 70 9B F0 75 D6 B2 D2 1A ********************************************************************** T_ID 6 - SS marker position reflector (16 bits): 85 85 - Range = 29 (decimal); hr1 = 15 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 ************************************** CS Procedure: 1 ********************************** *** UPDATED K and V *** K: F3 F4 CF 24 5F CE 86 B3 C6 9F AE 60 28 7E B5 AE V: 08 56 98 94 89 1F 2F 30 1E EC DB 38 B6 ED 54 B1 Step=0 | Mode=0 ********************************************************************** New DRBG octets: 70 C4 6C 6B 39 EB 34 06 0B 4B F5 3E 37 2D B8 3C ********************************************************************** T_ID 1 - mode0 channel (8bits): 70 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8bits): C4 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): 6C - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8bits): 6B - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): 39 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8bits): EB - Range = 7 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8bits): 34 - Range = 8 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8bits): 06 - Range = 9 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8bits): 0B - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8bits): 4B - Range = 11 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8bits): F5 - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8bits): 3E - Range = 13 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (16bits): 37 2D - Range = 14 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8bits): B8 - Range = 15 (decimal); hr1 = 10 (decimal) T_ID 1 - mode0 channel (8bits): 3C - Range = 16 (decimal); hr1 = 3 (decimal) ********************************************************************** New DRBG octets: E9 42 5B B2 07 D9 3F 82 08 44 AB 9D 59 29 7D 94 ********************************************************************** T_ID 1 - mode0 channel (8bits): E9 - Range = 17 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8bits): 42 - Range = 18 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8bits): 5B - Range = 19 (decimal); hr1 = 6 (decimal) T_ID 1 - Shuffled channels: 11 9 15 17 19 5 20 7 3 10 16 13 12 6 2 18 14 4 8 ********************************************************************** New DRBG octets: A8 83 E9 3C 5E 8F 03 B0 97 92 05 0C F0 8D A8 8C ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): A8 83 E9 3C 5E 8F 03 B0 97 92 05 0C F0 8D A8 8C T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: A8 83 E9 3C T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: F0 8D A8 8C Step=1 | Mode=0 ********************************************************************** New DRBG octets: B6 3B F5 5D 77 25 FE AB 35 69 E3 05 F8 C6 13 4C ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): B6 3B F5 5D 77 25 FE AB 35 69 E3 05 F8 C6 13 4C T_ID 5 - Initiator first 32-bit score: 14 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: 77 25 FE AB T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 18 T_ID 5 - Reflector chosen PN pattern: 35 69 E3 05 Step=2 | Mode=0 ********************************************************************** New DRBG octets: EA 85 C1 73 5D 9C 54 E9 35 7D 25 A0 0C 50 EE A1 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): EA 85 C1 73 5D 9C 54 E9 35 7D 25 A0 0C 50 EE A1 T_ID 5 - Initiator first 32-bit score: 16 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: 5D 9C 54 E9 T_ID 5 - Reflector first 32-bit score: 18 T_ID 5 - Reflector second 32-bit score: 14 T_ID 5 - Reflector chosen PN pattern: 0C 50 EE A1 Step=3 | Mode=2 ********************************************************************** New DRBG octets: 09 66 3B 5C 15 02 92 2F 12 B1 9E 80 97 07 59 2E ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 09 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 66 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): 3B - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 5C - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): 15 - Range = 6 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 02 - Range = 7 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 92 - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8bits): 2F - Range = 9 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): 12 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): B1 - Range = 11 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): 9E - Range = 12 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): 80 - Range = 13 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8bits): 97 - Range = 14 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8bits): 07 - Range = 15 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 59 - Range = 16 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8bits): 2E - Range = 17 (decimal); hr1 = 3 (decimal) ********************************************************************** New DRBG octets: 71 32 82 FB F9 DA 15 66 58 00 50 86 3A 4F 64 66 ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 71 - Range = 18 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8bits): 32 - Range = 19 (decimal); hr1 = 3 (decimal) T_ID 0 - Shuffled channels: 16 10 2 20 9 17 14 19 15 8 4 12 7 6 11 5 3 13 18 ********************************************************************** New DRBG octets: D0 D2 CA 3E A1 E4 B2 3E 5E 1A AA 76 CE CD 27 80 ********************************************************************** T_ID 2 - Submode insertion (8 bits): D0 - Range = 5 (decimal); hr1 = 4 (decimal) ********************************************************************** New DRBG octets: 53 14 F5 C9 8D 61 9E 80 A0 43 47 65 34 4A 61 F3 ********************************************************************** T_ID 3 - TPM extension (2 bits): 40 ********************************************************************** New DRBG octets: E8 1E B4 0E 75 3B 86 C4 6F C3 55 5B CB 3F B7 B8 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): E8 - Range = 24 (decimal); hr1 = 21 (decimal) Step=4 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 1E - Range = 24 (decimal); hr1 = 2 (decimal) Step=5 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): B4 - Range = 24 (decimal); hr1 = 16 (decimal) Step=6 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 0E - Range = 24 (decimal); hr1 = 1 (decimal) Step=7 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 75 - Range = 24 (decimal); hr1 = 10 (decimal) Step=8 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 3B - Range = 24 (decimal); hr1 = 5 (decimal) Step=9 | Mode=3 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 86 - Range = 24 (decimal); hr1 = 12 (decimal) ********************************************************************** New DRBG octets: 36 1A F9 D3 08 D4 BE 76 32 4E CC EE 59 EB D0 1B ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 36 1A F9 D3 08 D4 BE 76 32 4E CC EE 59 EB D0 1B T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 2 T_ID 5 - Initiator chosen PN pattern: 08 D4 BE 76 T_ID 5 - Reflector first 32-bit score: 20 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: 59 EB D0 1B ********************************************************************** New DRBG octets: F8 B1 E5 EA 82 88 D4 57 3B D7 74 49 8F B2 3C 5D ********************************************************************** T_ID 6 - SS marker position initiator (8 bits): F8 - Range = 29 (decimal); hr1 = 28 (decimal) T_ID 6 - SS marker position reflector (16 bits): B1 E5 - Range = 29 (decimal); hr1 = 26 (decimal) ********************************************************************** New DRBG octets: EC C2 57 DF E9 97 C5 CF 63 E4 4C 71 E3 23 34 38 ********************************************************************** T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=10 | Mode=2 T_ID 2 - Submode insertion (8 bits): D2 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): C4 - Range = 24 (decimal); hr1 = 18 (decimal) Step=11 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 6F - Range = 24 (decimal); hr1 = 10 (decimal) Step=12 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): C3 - Range = 24 (decimal); hr1 = 18 (decimal) Step=13 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 55 - Range = 24 (decimal); hr1 = 7 (decimal) Step=14 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 5B - Range = 24 (decimal); hr1 = 8 (decimal) Step=15 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (16 bits): CB 3F - Range = 24 (decimal); hr1 = 5 (decimal) Step=16 | Mode=3 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): B7 - Range = 24 (decimal); hr1 = 17 (decimal) ********************************************************************** New DRBG octets: 08 3C 13 AD 40 5C C5 EA F1 90 58 08 0B DF C4 07 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 08 3C 13 AD 40 5C C5 EA F1 90 58 08 0B DF C4 07 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 40 5C C5 EA T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 26 T_ID 5 - Reflector chosen PN pattern: F1 90 58 08 T_ID 6 - SS marker position initiator (8 bits): EA - Range = 29 (decimal); hr1 = 26 (decimal) T_ID 6 - SS marker position reflector (8 bits): 82 - Range = 29 (decimal); hr1 = 14 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=17 | Mode=2 T_ID 2 - Submode insertion (8 bits): CA - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): B8 - Range = 24 (decimal); hr1 = 17 (decimal) Step=18 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 ********************************************************************** New DRBG octets: B5 08 D4 4C 3C 86 DC C7 AF 58 4E 5B 8D 79 56 A9 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): B5 - Range = 24 (decimal); hr1 = 16 (decimal) Step=19 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 08 - Range = 24 (decimal); hr1 = 0 (decimal) Step=20 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): D4 - Range = 24 (decimal); hr1 = 19 (decimal) Step=21 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 4C - Range = 24 (decimal); hr1 = 7 (decimal) Step=22 | Mode=0 ********************************************************************** New DRBG octets: DD A6 1F 35 5C 73 11 35 F4 26 10 C5 E1 4D C8 03 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): DD A6 1F 35 5C 73 11 35 F4 26 10 C5 E1 4D C8 03 T_ID 5 - Initiator first 32-bit score: 6 T_ID 5 - Initiator second 32-bit score: 18 T_ID 5 - Initiator chosen PN pattern: DD A6 1F 35 T_ID 5 - Reflector first 32-bit score: 4 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: F4 26 10 C5 Step=23 | Mode=0 ********************************************************************** New DRBG octets: 3B A5 CC 83 BE 04 2A 8A A4 80 0D F2 31 ED 01 6F ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 3B A5 CC 83 BE 04 2A 8A A4 80 0D F2 31 ED 01 6F T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 22 T_ID 5 - Initiator chosen PN pattern: 3B A5 CC 83 T_ID 5 - Reflector first 32-bit score: 26 T_ID 5 - Reflector second 32-bit score: 12 T_ID 5 - Reflector chosen PN pattern: 31 ED 01 6F Step=24 | Mode=0 ********************************************************************** New DRBG octets: 62 EA 77 67 34 E0 8A D3 A8 AC E8 0E 31 C7 3C 5D ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 62 EA 77 67 34 E0 8A D3 A8 AC E8 0E 31 C7 3C 5D T_ID 5 - Initiator first 32-bit score: 12 T_ID 5 - Initiator second 32-bit score: 6 T_ID 5 - Initiator chosen PN pattern: 34 E0 8A D3 T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 30 T_ID 5 - Reflector chosen PN pattern: A8 AC E8 0E Step=25 | Mode=3 T_ID 0 - non-mode0 channel (8bits): 82 - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8bits): FB - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8bits): F9 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): DA - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8bits): 15 - Range = 6 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8bits): 66 - Range = 7 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8bits): 58 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (16bits): 00 50 - Range = 9 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8bits): 86 - Range = 10 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8bits): 3A - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8bits): 4F - Range = 12 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): 64 - Range = 13 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8bits): 66 - Range = 14 (decimal); hr1 = 5 (decimal) ********************************************************************** New DRBG octets: 6D 34 4D A5 C3 64 54 34 96 51 E5 B4 58 86 07 0E ********************************************************************** T_ID 0 - non-mode0 channel (8bits): 6D - Range = 15 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8bits): 34 - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8bits): 4D - Range = 17 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8bits): A5 - Range = 18 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8bits): C3 - Range = 19 (decimal); hr1 = 14 (decimal) T_ID 0 - Shuffled channels: 7 3 12 17 6 18 16 8 9 2 10 19 11 14 20 13 15 5 4 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 3C - Range = 24 (decimal); hr1 = 5 (decimal) ********************************************************************** New DRBG octets: 84 97 9C FC 7B FA 84 EC CE 00 EB 40 2C 5D E0 0C ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 84 97 9C FC 7B FA 84 EC CE 00 EB 40 2C 5D E0 0C T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: 7B FA 84 EC T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 10 T_ID 5 - Reflector chosen PN pattern: 2C 5D E0 0C T_ID 6 - SS marker position initiator (8 bits): 88 - Range = 29 (decimal); hr1 = 15 (decimal) T_ID 6 - SS marker position reflector (16 bits): D4 57 - Range = 29 (decimal); hr1 = 9 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=26 | Mode=2 T_ID 2 - Submode insertion (8 bits): 3E - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 86 - Range = 24 (decimal); hr1 = 12 (decimal) Step=27 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): DC - Range = 24 (decimal); hr1 = 20 (decimal) Step=28 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): C7 - Range = 24 (decimal); hr1 = 18 (decimal) Step=29 | Mode=3 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): AF - Range = 24 (decimal); hr1 = 16 (decimal) ********************************************************************** New DRBG octets: E2 6C F2 67 2D 8A 75 9C 0D 0C 53 5D DB 18 15 83 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): E2 6C F2 67 2D 8A 75 9C 0D 0C 53 5D DB 18 15 83 T_ID 5 - Initiator first 32-bit score: 18 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 2D 8A 75 9C T_ID 5 - Reflector first 32-bit score: 6 T_ID 5 - Reflector second 32-bit score: 6 T_ID 5 - Reflector chosen PN pattern: DB 18 15 83 T_ID 6 - SS marker position initiator (8 bits): 3B - Range = 29 (decimal); hr1 = 6 (decimal) T_ID 6 - SS marker position reflector (8 bits): D7 - Range = 29 (decimal); hr1 = 24 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=30 | Mode=2 T_ID 2 - Submode insertion (8 bits): A1 - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 58 - Range = 24 (decimal); hr1 = 8 (decimal) Step=31 | Mode=2 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): 4E - Range = 24 (decimal); hr1 = 7 (decimal) Step=32 | Mode=2 T_ID 3 - TPM extension (2 bits): C0 T_ID 4 - Antenna path perm. (8 bits): 5B - Range = 24 (decimal); hr1 = 8 (decimal) Step=33 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 8D - Range = 24 (decimal); hr1 = 13 (decimal) Step=34 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): 79 - Range = 24 (decimal); hr1 = 11 (decimal) Step=35 | Mode=3 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 56 - Range = 24 (decimal); hr1 = 8 (decimal) ********************************************************************** New DRBG octets: 54 D5 4A 4F C8 3A 49 AF 6A A1 10 42 56 0B A5 AD ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 54 D5 4A 4F C8 3A 49 AF 6A A1 10 42 56 0B A5 AD T_ID 5 - Initiator first 32-bit score: 26 T_ID 5 - Initiator second 32-bit score: 10 T_ID 5 - Initiator chosen PN pattern: C8 3A 49 AF T_ID 5 - Reflector first 32-bit score: 16 T_ID 5 - Reflector second 32-bit score: 20 T_ID 5 - Reflector chosen PN pattern: 6A A1 10 42 T_ID 6 - SS marker position initiator (8 bits): 74 - Range = 29 (decimal); hr1 = 13 (decimal) T_ID 6 - SS marker position reflector (8 bits): 49 - Range = 29 (decimal); hr1 = 8 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 80 T_ID 7 - SS marker sig. sel. reflector (1 bits): 80 Step=36 | Mode=2 T_ID 2 - Submode insertion (8 bits): E4 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): A9 - Range = 24 (decimal); hr1 = 15 (decimal) Step=37 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 ********************************************************************** New DRBG octets: EF B6 A1 07 43 B2 B9 66 0E DE 52 97 74 F0 33 84 ********************************************************************** T_ID 4 - Antenna path perm. (8 bits): EF - Range = 24 (decimal); hr1 = 22 (decimal) Step=38 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): B6 - Range = 24 (decimal); hr1 = 17 (decimal) Step=39 | Mode=2 T_ID 3 - TPM extension (2 bits): 80 T_ID 4 - Antenna path perm. (8 bits): A1 - Range = 24 (decimal); hr1 = 15 (decimal) Step=40 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 07 - Range = 24 (decimal); hr1 = 0 (decimal) Step=41 | Mode=2 T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): 43 - Range = 24 (decimal); hr1 = 6 (decimal) Step=42 | Mode=0 ********************************************************************** New DRBG octets: 78 68 87 E5 EE E6 7F 3E CC 7C C4 7E 5C 63 92 29 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 78 68 87 E5 EE E6 7F 3E CC 7C C4 7E 5C 63 92 29 T_ID 5 - Initiator first 32-bit score: 10 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 78 68 87 E5 T_ID 5 - Reflector first 32-bit score: 24 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: 5C 63 92 29 Step=43 | Mode=0 ********************************************************************** New DRBG octets: 9A D2 89 1B 16 E0 63 3F 65 19 BD BA 84 60 71 98 ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 9A D2 89 1B 16 E0 63 3F 65 19 BD BA 84 60 71 98 T_ID 5 - Initiator first 32-bit score: 20 T_ID 5 - Initiator second 32-bit score: 12 T_ID 5 - Initiator chosen PN pattern: 16 E0 63 3F T_ID 5 - Reflector first 32-bit score: 14 T_ID 5 - Reflector second 32-bit score: 26 T_ID 5 - Reflector chosen PN pattern: 65 19 BD BA Step=44 | Mode=0 ********************************************************************** New DRBG octets: D2 2D 15 56 BF 28 7E 3A 2D 6F C3 29 0D 51 E9 5B ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): D2 2D 15 56 BF 28 7E 3A 2D 6F C3 29 0D 51 E9 5B T_ID 5 - Initiator first 32-bit score: 26 T_ID 5 - Initiator second 32-bit score: 16 T_ID 5 - Initiator chosen PN pattern: BF 28 7E 3A T_ID 5 - Reflector first 32-bit score: 8 T_ID 5 - Reflector second 32-bit score: 16 T_ID 5 - Reflector chosen PN pattern: 2D 6F C3 29 Step=45 | Mode=3 T_ID 3 - TPM extension (2 bits): 40 T_ID 4 - Antenna path perm. (8 bits): B2 - Range = 24 (decimal); hr1 = 16 (decimal) ********************************************************************** New DRBG octets: 46 6E 07 57 46 BB 98 F2 69 A2 66 BA 3C 6F EE 5E ********************************************************************** T_ID 5 - RTT AA candidates (128 bits): 46 6E 07 57 46 BB 98 F2 69 A2 66 BA 3C 6F EE 5E T_ID 5 - Initiator first 32-bit score: 8 T_ID 5 - Initiator second 32-bit score: 14 T_ID 5 - Initiator chosen PN pattern: 46 6E 07 57 T_ID 5 - Reflector first 32-bit score: 18 T_ID 5 - Reflector second 32-bit score: 8 T_ID 5 - Reflector chosen PN pattern: 3C 6F EE 5E T_ID 6 - SS marker position initiator (8 bits): 8F - Range = 29 (decimal); hr1 = 16 (decimal) T_ID 6 - SS marker position reflector (8 bits): B2 - Range = 29 (decimal); hr1 = 20 (decimal) T_ID 7 - SS marker sig. sel. initiator (1 bits): 00 T_ID 7 - SS marker sig. sel. reflector (1 bits): 00 Step=46 | Mode=2 T_ID 2 - Submode insertion (8 bits): B2 - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 3 - TPM extension (2 bits): 00 T_ID 4 - Antenna path perm. (8 bits): B9 - Range = 24 (decimal); hr1 = 17 (decimal)

8.1.4. Set 4

The sample data in this section includes CS scheduling considerations.

From the CS Configuration procedure:

T_SW, Central and Peripheral = 10 µs, 10 µs

From the CS Configuration procedure:

ChM = 0x00 00 00 00 00 00 00 1F 1F FC (Used: 2-12, 16-20, Unused: 0-1, 13-15, 21-79)
ChM_Repetition = 2
Main_Mode = 0x03 (Mode-3)
Sub Mode = 0x02 (Mode-2)
Main_Mode_Min_Steps = 1
Main_Mode_Max_Steps = 6
Main_Mode_Repetition = 2
Mode_0_Steps = 1
CS_SYNC_PHY = 0x02 (2M PHY)
RTT_Type = 0x02 (96-bit sounding sequence)
Role = 0b01 (Reflector)
ChSel = 0 (Channel Selection Algorithm 3b)
Ch3c Shape = 0
Ch3c Jump = 2
T IP1 = 0x07 (145 µs)
T IP2 = 0x07 (145 µs)
T FCS = 0x09 (150 µs)
T PM = 0x00 (10 µs)

From the CS Start procedure:

T_EVENT_OFFSET (from Offset_Min and Offset_Max) = 0 ns
T_EVENT_INTERVAL (from Event_Interval) = 1
N_SUBEVENTS_PER_EVENT (from Subevents_Per_Event) = 3
T_SUBEVENT_INTERVAL (from Subevent_Interval) = 5.000 ms
T_SUBEVENT_LEN (from Subevent_Len) = 4.000 ms
T_MAX_PROCEDURE_LEN (from Max_Procedure_Len) = 40.4000 s
ACI = 7 (ACI 7)

Other scheduling parameters:

ACL connection interval = 40.000 ms

****************************** INSTANTIATION FUNCTION ******************************* h9() instantiation ************************************************************************************* Entropy input Peripheral (CS_IV_P): E1:0B:C2:8A:0B:FD:DF:E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral (CS_IN_P): 9F F4 77 C1 Nonce Central(CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 *********************** f8 function start ********************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 K2 output: 8B 2B 06 DC 52 2D 3E 0A F0 A5 0C AF 48 10 E0 35 **************************** f7 function end ***************************** **************************** f7 function start *************************** f7 K input: 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F f7 V||S input: 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 28 00 00 00 20 E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B 9F F4 77 C1 86 73 84 0D C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 80 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 f7 X output: A3 4F BE 57 F8 F9 7E 34 9D 15 A3 76 79 60 74 64 **************************** f7 function end ***************************** f8 SM output: B6 02 B1 B2 8C 6F 0A 3D DA E6 37 B4 84 25 08 7D DC 18 8C 89 A1 B0 CD FD A1 E8 FC 66 C9 99 97 50 ************************ f8 function end *********************** ********************************* INITIAL K and V *********************************** K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 ************************************************************************************* ***************************** CHANNEL SOUNDING SEQUENCE ***************************** cr1 start. nChannels 16, CSStepCount 0, Mode-0, channels 2 3 4 5 6 7 8 9 10 11 12 16 17 18 19 20 *************************************************************** CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). New DRBG octets: FF BC C1 CA 39 A6 9D C4 07 38 EF 33 D9 D1 35 32; 8-bit value FF *************************************************************** hr1. output 0x01, Trand 0x01FE; range 2, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte BC hr1. output 0x02, Trand 0x0234; range 3, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte C1 hr1. output 0x03, Trand 0x0304; range 4, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte CA hr1. output 0x03, Trand 0x03F2; range 5, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte 39 hr1. output 0x01, Trand 0x0156; range 6, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte A6 hr1. output 0x04, Trand 0x048A; range 7, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte 9D hr1. output 0x04, Trand 0x04E8; range 8, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte C4 hr1. output 0x06, Trand 0x06E4; range 9, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte 07 hr1. output 0x00, Trand 0x0046; range 10, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte 38 hr1. output 0x02, Trand 0x0268; range 11, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte EF hr1. output 0x0B, Trand 0x0B34; range 12, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte 33 hr1. output 0x02, Trand 0x0297; range 13, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte D9 hr1. output 0x0B, Trand 0x0BDE; range 14, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte D1 hr1. output 0x0C, Trand 0x0C3F; range 15, Step Counter = 0, Transaction ID = 1 (Mode0 channels) CS DRBG for 8 bits, Step Counter = 0, Transaction ID = 1 (Mode0 channels). Byte 35 hr1. output 0x03, Trand 0x0350; range 16, Step Counter = 0, Transaction ID = 1 (Mode0 channels) cr1 end. channels 11 7 17 20 9 3 10 8 5 2 4 18 19 16 12 6 cr1 start. nChannels 16, CSStepCount 1, Non-Mode-0, channels 2 3 4 5 6 7 8 9 10 11 12 16 17 18 19 20 *************************************************************** CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). New DRBG octets: 20 7C E5 39 E1 DA 42 2A 36 C5 11 44 DC 1E 08 03; 8-bit value 20 *************************************************************** hr1. output 0x00, Trand 0x0040; range 2, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 7C hr1. output 0x01, Trand 0x0174; range 3, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte E5 hr1. output 0x03, Trand 0x0394; range 4, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 39 hr1. output 0x01, Trand 0x011D; range 5, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte E1 hr1. output 0x05, Trand 0x0546; range 6, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte DA hr1. output 0x05, Trand 0x05F6; range 7, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 42 hr1. output 0x02, Trand 0x0210; range 8, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 2A hr1. output 0x01, Trand 0x017A; range 9, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 36 hr1. output 0x02, Trand 0x021C; range 10, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte C5 hr1. output 0x08, Trand 0x0877; range 11, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 11 hr1. output 0x00, Trand 0x00CC; range 12, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 44 hr1. output 0x03, Trand 0x0374; range 13, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte DC hr1. output 0x0C, Trand 0x0C08; range 14, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 1E hr1. output 0x01, Trand 0x01C2; range 15, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels). Byte 08 hr1. output 0x00, Trand 0x0080; range 16, Step Counter = 1, Transaction ID = 0 (Non-Mode0 channels) cr1 end. channels 20 19 11 17 4 8 7 2 12 9 6 3 18 5 10 16 *************************************************************** CS DRBG for 128 bits, Step Counter = 0, Transaction ID = 5 (AA generation). New DRGB octets: values 0C 00 E4 AA 6C 37 6A B8 00 B8 C5 5D F0 79 BC 3A *************************************************************** AA generation, CSStepCount 0. AA_I 0x6C376AB8, AA_R 0xF079BC3A; s0 0x0C00E4AA (score 12), s1 0x6C376AB8 (score 8), s2 0x00B8C55D (score 16), s3 0xF079BC3A (score 16) *************************************************************** CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 2 (Subevent submode). New DRBG octets: 1F 97 C7 7F 86 64 B4 9D DE 97 33 FB 39 23 02 64; 8-bit value 1F *************************************************************** hr1. output 0x00, Trand 0x00BA; range 6, Step Counter = 1, Transaction ID = 2 (Subevent submode) Submode insertion: 1 Main-Mode steps. CSStepCount 1, Main_Mode_Min 1, Main_Mode_Max 6 *************************************************************** CS DRBG for 128 bits, Step Counter = 1, Transaction ID = 5 (AA generation). New DRGB octets: values 01 1C AE 4E 99 47 D1 B5 D0 6A CD DA C7 F8 F9 37 *************************************************************** AA generation, CSStepCount 1. AA_I 0x011CAE4E, AA_R 0xD06ACDDA; s0 0x011CAE4E (score 6), s1 0x9947D1B5 (score 8), s2 0xD06ACDDA (score 10), s3 0xC7F8F937 (score 14) *************************************************************** CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: 2D 5E 35 B8 D9 17 3A 3F 48 3F 8E 53 0C 42 1D 95; 8-bit value 2D *************************************************************** hr1. output 0x0B, Trand 0x0B40; range 64, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position). Byte 5E hr1. output 0x1B, Trand 0x1B8A; range 75, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 11. CSStepCount 1, sounding length 96 CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position). Byte 35 hr1. output 0x0D, Trand 0x0D40; range 64, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position). Byte B8 hr1. output 0x35, Trand 0x35E8; range 75, Step Counter = 1, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 13. CSStepCount 1, sounding length 96 *************************************************************** CS DRBG for 1 bits, Step Counter = 1, Transaction ID = 7 (Sounding sequence marker signal). New DRBG octets: AC C3 B3 47 DF 5C 15 FC 2F 65 25 A4 D0 0C 40 F9; 1-bit value 1 bit: 0b1 *************************************************************** Marker bits in SS values. CSStepCount 1, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 1, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 1, sounding length 96, value 0 *************************************************************** CS DRBG for 8 bits, Step Counter = 1, Transaction ID = 4 (Antenna permutation). New DRBG octets: EF 4F 17 9B 63 8A DC 61 C7 E3 16 5D B1 EC 10 A8; 8-bit value EF *************************************************************** hr1. output 0x16, Trand 0x1668; range 24, Step Counter = 1, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 22. N_AP = 4, CSStepCount 1 *************************************************************** CS DRBG for 2 bits, Step Counter = 1, Transaction ID = 3 (Tone extension presence). New DRBG octets: 1E 94 C0 D2 A9 92 B9 C9 0D 82 16 BD 4A 12 76 FD; 2-bit value 2 bits: 0b00 *************************************************************** Tone extensions: I 0, R 0. CSStepCount 1 CS DRBG for 2 bits, Step Counter = 2, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 2 CS DRBG for 8 bits, Step Counter = 2, Transaction ID = 4 (Antenna permutation). Byte 4F hr1. output 0x07, Trand 0x0768; range 24, Step Counter = 2, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 7. N_AP = 4, CSStepCount 2 CS DRBG for 8 bits, Step Counter = 3, Transaction ID = 2 (Subevent submode). Byte 97 hr1. output 0x03, Trand 0x038A; range 6, Step Counter = 3, Transaction ID = 2 (Subevent submode) Submode insertion: 4 Main-Mode steps. CSStepCount 3, Main_Mode_Min 1, Main_Mode_Max 6 *************************************************************** CS DRBG for 128 bits, Step Counter = 3, Transaction ID = 5 (AA generation). New DRGB octets: values 3F 1C 25 6E F2 F1 63 0E 36 66 EE E1 4E 84 2F E9 *************************************************************** AA generation, CSStepCount 3. AA_I 0x3F1C256E, AA_R 0x4E842FE9; s0 0x3F1C256E (score 8), s1 0xF2F1630E (score 18), s2 0x3666EEE1 (score 14), s3 0x4E842FE9 (score 12) CS DRBG for 8 bits, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position). Byte D9 hr1. output 0x36, Trand 0x3640; range 64, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position). Byte 17 hr1. output 0x06, Trand 0x06BD; range 75, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 54, 73. CSStepCount 3, sounding length 96 CS DRBG for 8 bits, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position). Byte 3A hr1. output 0x0E, Trand 0x0E80; range 64, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position). Byte 3F hr1. output 0x12, Trand 0x1275; range 75, Step Counter = 3, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 14, 85. CSStepCount 3, sounding length 96 CS DRBG for 1 bits, Step Counter = 3, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 3, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 3, sounding length 96, values 1, 0 CS DRBG for 1 bits, Step Counter = 3, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 3, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 3, sounding length 96, values 1, 1 CS DRBG for 8 bits, Step Counter = 3, Transaction ID = 4 (Antenna permutation). Byte 17 hr1. output 0x02, Trand 0x0228; range 24, Step Counter = 3, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 2. N_AP = 4, CSStepCount 3 CS DRBG for 2 bits, Step Counter = 3, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 3 *************************************************************** CS DRBG for 128 bits, Step Counter = 4, Transaction ID = 5 (AA generation). New DRGB octets: values 90 BE 37 AB 55 D2 BB D3 AF 2E F4 6B D0 82 B8 54 *************************************************************** AA generation, CSStepCount 4. AA_I 0x90BE37AB, AA_R 0xAF2EF46B; s0 0x90BE37AB (score 6), s1 0x55D2BBD3 (score 24), s2 0xAF2EF46B (score 12), s3 0xD082B854 (score 18) CS DRBG for 8 bits, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position). Byte 48 hr1. output 0x12, Trand 0x1200; range 64, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position). Byte 3F hr1. output 0x12, Trand 0x1275; range 75, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 18, 85. CSStepCount 4, sounding length 96 CS DRBG for 8 bits, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position). Byte 8E hr1. output 0x23, Trand 0x2380; range 64, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position). Byte 53 hr1. output 0x18, Trand 0x1851; range 75, Step Counter = 4, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 35, 91. CSStepCount 4, sounding length 96 CS DRBG for 1 bits, Step Counter = 4, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 4, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 4, sounding length 96, values 0, 0 CS DRBG for 1 bits, Step Counter = 4, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 4, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 4, sounding length 96, values 1, 1 CS DRBG for 8 bits, Step Counter = 4, Transaction ID = 4 (Antenna permutation). Byte 9B hr1. output 0x0E, Trand 0x0E88; range 24, Step Counter = 4, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 14. N_AP = 4, CSStepCount 4 CS DRBG for 2 bits, Step Counter = 4, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 4 *************************************************************** CS DRBG for 128 bits, Step Counter = 5, Transaction ID = 5 (AA generation). New DRGB octets: values 36 73 03 D7 26 2F 29 07 37 34 75 8A 94 E4 6E 08 *************************************************************** AA generation, CSStepCount 5. AA_I 0x262F2907, AA_R 0x94E46E08; s0 0x367303D7 (score 14), s1 0x262F2907 (score 4), s2 0x3734758A (score 16), s3 0x94E46E08 (score 6) CS DRBG for 8 bits, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position). Byte 0C hr1. output 0x03, Trand 0x0300; range 64, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position). Byte 42 hr1. output 0x13, Trand 0x1356; range 75, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 3, 86. CSStepCount 5, sounding length 96 CS DRBG for 8 bits, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position). Byte 1D hr1. output 0x07, Trand 0x0740; range 64, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position). Byte 95 hr1. output 0x2B, Trand 0x2BA7; range 75, Step Counter = 5, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 7. CSStepCount 5, sounding length 96 CS DRBG for 1 bits, Step Counter = 5, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 5, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 5, sounding length 96, values 0, 0 CS DRBG for 1 bits, Step Counter = 5, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 5, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 5, Transaction ID = 4 (Antenna permutation). Byte 63 hr1. output 0x09, Trand 0x0948; range 24, Step Counter = 5, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 9. N_AP = 4, CSStepCount 5 CS DRBG for 2 bits, Step Counter = 5, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 5 *************************************************************** CS DRBG for 128 bits, Step Counter = 6, Transaction ID = 5 (AA generation). New DRGB octets: values F3 C9 2E 6B FA D7 FB 2A F1 D2 AA 34 51 9D 04 48 *************************************************************** AA generation, CSStepCount 6. AA_I 0xF3C92E6B, AA_R 0x519D0448; s0 0xF3C92E6B (score 10), s1 0xFAD7FB2A (score 20), s2 0xF1D2AA34 (score 24), s3 0x519D0448 (score 2) *************************************************************** CS DRBG for 128 bits, Step Counter = 7, Transaction ID = 5 (AA generation). New DRGB octets: values C9 04 A9 35 4F 0E 6B 3B A0 88 EB D9 43 27 CC 87 *************************************************************** AA generation, CSStepCount 7. AA_I 0x4F0E6B3B, AA_R 0xA088EBD9; s0 0xC904A935 (score 18), s1 0x4F0E6B3B (score 14), s2 0xA088EBD9 (score 4), s3 0x4327CC87 (score 14) *************************************************************** CS DRBG for 8 bits, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: D5 E1 B2 C1 7F 9C 60 80 6B E6 66 B4 0E 96 F5 1C; 8-bit value D5 *************************************************************** hr1. output 0x35, Trand 0x3540; range 64, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position). Byte E1 hr1. output 0x41, Trand 0x41EB; range 75, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 53. CSStepCount 7, sounding length 96 CS DRBG for 8 bits, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position). Byte B2 hr1. output 0x2C, Trand 0x2C80; range 64, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position). Byte C1 hr1. output 0x38, Trand 0x388B; range 75, Step Counter = 7, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 44. CSStepCount 7, sounding length 96 CS DRBG for 1 bits, Step Counter = 7, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 7, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 7, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 7, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 7, Transaction ID = 4 (Antenna permutation). Byte 8A hr1. output 0x0C, Trand 0x0CF0; range 24, Step Counter = 7, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 12. N_AP = 4, CSStepCount 7 CS DRBG for 2 bits, Step Counter = 7, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 7 *************************************************************** CS DRBG for 128 bits, Step Counter = 8, Transaction ID = 5 (AA generation). New DRGB octets: values 8B 55 C7 D8 BD 91 D2 12 BB 8D AE FA 2A B9 07 75 *************************************************************** AA generation, CSStepCount 8. AA_I 0xBD91D212, AA_R 0xBB8DAEFA; s0 0x8B55C7D8 (score 16), s1 0xBD91D212 (score 12), s2 0xBB8DAEFA (score 6), s3 0x2AB90775 (score 24) CS DRBG for 8 bits, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position). Byte 7F hr1. output 0x1F, Trand 0x1FC0; range 64, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position). Byte 9C hr1. output 0x2D, Trand 0x2DB4; range 75, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 31. CSStepCount 8, sounding length 96 CS DRBG for 8 bits, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position). Byte 60 hr1. output 0x18, Trand 0x1800; range 64, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position). Byte 80 hr1. output 0x25, Trand 0x2580; range 75, Step Counter = 8, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 24. CSStepCount 8, sounding length 96 CS DRBG for 1 bits, Step Counter = 8, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 8, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 8, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 8, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 8, Transaction ID = 4 (Antenna permutation). Byte DC hr1. output 0x14, Trand 0x14A0; range 24, Step Counter = 8, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 20. N_AP = 4, CSStepCount 8 CS DRBG for 2 bits, Step Counter = 8, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 8 *************************************************************** CS DRBG for 128 bits, Step Counter = 9, Transaction ID = 5 (AA generation). New DRGB octets: values A6 93 A0 3E 16 9E ED DC 3D 54 2C 1A 6B 2E B7 48 *************************************************************** AA generation, CSStepCount 9. AA_I 0x169EEDDC, AA_R 0x6B2EB748; s0 0xA693A03E (score 8), s1 0x169EEDDC (score 6), s2 0x3D542C1A (score 20), s3 0x6B2EB748 (score 14) CS DRBG for 8 bits, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position). Byte 6B hr1. output 0x1A, Trand 0x1AC0; range 64, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position). Byte E6 hr1. output 0x43, Trand 0x4362; range 75, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 26. CSStepCount 9, sounding length 96 CS DRBG for 8 bits, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position). Byte 66 hr1. output 0x19, Trand 0x1980; range 64, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position). Byte B4 hr1. output 0x34, Trand 0x34BC; range 75, Step Counter = 9, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 25. CSStepCount 9, sounding length 96 CS DRBG for 1 bits, Step Counter = 9, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 9, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 9, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 9, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 9, Transaction ID = 4 (Antenna permutation). Byte 61 hr1. output 0x09, Trand 0x0918; range 24, Step Counter = 9, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 9. N_AP = 4, CSStepCount 9 CS DRBG for 2 bits, Step Counter = 9, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 9 CS DRBG for 2 bits, Step Counter = 10, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 10 CS DRBG for 8 bits, Step Counter = 10, Transaction ID = 4 (Antenna permutation). Byte C7 hr1. output 0x12, Trand 0x12A8; range 24, Step Counter = 10, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 18. N_AP = 4, CSStepCount 10 CS DRBG for 8 bits, Step Counter = 11, Transaction ID = 2 (Subevent submode). Byte C7 hr1. output 0x04, Trand 0x04AA; range 6, Step Counter = 11, Transaction ID = 2 (Subevent submode) Submode insertion: 5 Main-Mode steps. CSStepCount 11, Main_Mode_Min 1, Main_Mode_Max 6 *************************************************************** CS DRBG for 128 bits, Step Counter = 11, Transaction ID = 5 (AA generation). New DRGB octets: values 73 11 B1 24 CA 69 75 5F 70 C8 26 79 2D DC CC D3 *************************************************************** AA generation, CSStepCount 11. AA_I 0xCA69755F, AA_R 0x70C82679; s0 0x7311B124 (score 16), s1 0xCA69755F (score 16), s2 0x70C82679 (score 16), s3 0x2DDCCCD3 (score 20) CS DRBG for 8 bits, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position). Byte 0E hr1. output 0x03, Trand 0x0380; range 64, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position). Byte 96 hr1. output 0x2B, Trand 0x2BF2; range 75, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 3. CSStepCount 11, sounding length 96 CS DRBG for 8 bits, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position). Byte F5 hr1. output 0x3D, Trand 0x3D40; range 64, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position). Byte 1C hr1. output 0x08, Trand 0x0834; range 75, Step Counter = 11, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 61, 75. CSStepCount 11, sounding length 96 CS DRBG for 1 bits, Step Counter = 11, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 11, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 11, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 11, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 11, sounding length 96, values 0, 0 CS DRBG for 8 bits, Step Counter = 11, Transaction ID = 4 (Antenna permutation). Byte E3 hr1. output 0x15, Trand 0x1548; range 24, Step Counter = 11, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 21. N_AP = 4, CSStepCount 11 CS DRBG for 2 bits, Step Counter = 11, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 11 *************************************************************** CS DRBG for 128 bits, Step Counter = 12, Transaction ID = 5 (AA generation). New DRGB octets: values DB 20 3C 13 38 B5 04 81 CE 7D 20 3F 8A CD D0 46 *************************************************************** AA generation, CSStepCount 12. AA_I 0x38B50481, AA_R 0x8ACDD046; s0 0xDB203C13 (score 18), s1 0x38B50481 (score 6), s2 0xCE7D203F (score 16), s3 0x8ACDD046 (score 6) *************************************************************** CS DRBG for 128 bits, Step Counter = 13, Transaction ID = 5 (AA generation). New DRGB octets: values D9 AE 74 FF 98 EA 9C 6F D0 52 CC 49 B7 A7 6D 63 *************************************************************** AA generation, CSStepCount 13. AA_I 0xD9AE74FF, AA_R 0xB7A76D63; s0 0xD9AE74FF (score 8), s1 0x98EA9C6F (score 16), s2 0xD052CC49 (score 16), s3 0xB7A76D63 (score 14) *************************************************************** CS DRBG for 8 bits, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: 54 CF 67 DD 3B 4A 95 4B 01 55 E5 B8 C0 23 33 6E; 8-bit value 54 *************************************************************** hr1. output 0x15, Trand 0x1500; range 64, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position). Byte CF hr1. output 0x3C, Trand 0x3CA5; range 75, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 21. CSStepCount 13, sounding length 96 CS DRBG for 8 bits, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position). Byte 67 hr1. output 0x19, Trand 0x19C0; range 64, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position). Byte DD hr1. output 0x40, Trand 0x40BF; range 75, Step Counter = 13, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 25. CSStepCount 13, sounding length 96 CS DRBG for 1 bits, Step Counter = 13, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 13, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 13, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 13, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 13, Transaction ID = 4 (Antenna permutation). Byte 16 hr1. output 0x02, Trand 0x0210; range 24, Step Counter = 13, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 2. N_AP = 4, CSStepCount 13 CS DRBG for 2 bits, Step Counter = 13, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 13 *************************************************************** CS DRBG for 128 bits, Step Counter = 14, Transaction ID = 5 (AA generation). New DRGB octets: values F7 21 97 86 9D 82 D2 EC 80 69 7C 5B 57 17 64 70 *************************************************************** AA generation, CSStepCount 14. AA_I 0xF7219786, AA_R 0x57176470; s0 0xF7219786 (score 10), s1 0x9D82D2EC (score 12), s2 0x80697C5B (score 14), s3 0x57176470 (score 10) CS DRBG for 8 bits, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position). Byte 3B hr1. output 0x0E, Trand 0x0EC0; range 64, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position). Byte 4A hr1. output 0x15, Trand 0x15AE; range 75, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 14, 88. CSStepCount 14, sounding length 96 CS DRBG for 8 bits, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position). Byte 95 hr1. output 0x25, Trand 0x2540; range 64, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position). Byte 4B hr1. output 0x15, Trand 0x15F9; range 75, Step Counter = 14, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 37, 88. CSStepCount 14, sounding length 96 CS DRBG for 1 bits, Step Counter = 14, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 14, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 14, sounding length 96, values 0, 1 CS DRBG for 1 bits, Step Counter = 14, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 14, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 14, sounding length 96, values 0, 0 CS DRBG for 8 bits, Step Counter = 14, Transaction ID = 4 (Antenna permutation). Byte 5D hr1. output 0x08, Trand 0x08B8; range 24, Step Counter = 14, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 8. N_AP = 4, CSStepCount 14 CS DRBG for 2 bits, Step Counter = 14, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 14 *************************************************************** CS DRBG for 128 bits, Step Counter = 15, Transaction ID = 5 (AA generation). New DRGB octets: values D5 8F 34 7D AA 8B 79 C1 D3 72 7F 5D 78 7E 62 31 *************************************************************** AA generation, CSStepCount 15. AA_I 0xD58F347D, AA_R 0xD3727F5D; s0 0xD58F347D (score 8), s1 0xAA8B79C1 (score 20), s2 0xD3727F5D (score 6), s3 0x787E6231 (score 24) CS DRBG for 8 bits, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position). Byte 01 hr1. output 0x00, Trand 0x0040; range 64, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position). Byte 55 hr1. output 0x18, Trand 0x18E7; range 75, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 0, 91. CSStepCount 15, sounding length 96 CS DRBG for 8 bits, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position). Byte E5 hr1. output 0x39, Trand 0x3940; range 64, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position). Byte B8 hr1. output 0x35, Trand 0x35E8; range 75, Step Counter = 15, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 57. CSStepCount 15, sounding length 96 CS DRBG for 1 bits, Step Counter = 15, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 15, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 15, sounding length 96, values 0, 1 CS DRBG for 1 bits, Step Counter = 15, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 15, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 15, Transaction ID = 4 (Antenna permutation). Byte B1 hr1. output 0x10, Trand 0x1098; range 24, Step Counter = 15, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 16. N_AP = 4, CSStepCount 15 CS DRBG for 2 bits, Step Counter = 15, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 15 *************************************************************** CS DRBG for 128 bits, Step Counter = 16, Transaction ID = 5 (AA generation). New DRGB octets: values 47 A8 15 62 8A 2C F2 7C 0E 49 E3 47 B3 64 D0 CC *************************************************************** AA generation, CSStepCount 16. AA_I 0x8A2CF27C, AA_R 0x0E49E347; s0 0x47A81562 (score 22), s1 0x8A2CF27C (score 8), s2 0x0E49E347 (score 16), s3 0xB364D0CC (score 26) CS DRBG for 8 bits, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position). Byte C0 hr1. output 0x30, Trand 0x3000; range 64, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position). Byte 23 hr1. output 0x0A, Trand 0x0A41; range 75, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 48, 77. CSStepCount 16, sounding length 96 CS DRBG for 8 bits, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position). Byte 33 hr1. output 0x0C, Trand 0x0CC0; range 64, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position). Byte 6E hr1. output 0x20, Trand 0x203A; range 75, Step Counter = 16, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 12. CSStepCount 16, sounding length 96 CS DRBG for 1 bits, Step Counter = 16, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 16, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 16, sounding length 96, values 1, 1 CS DRBG for 1 bits, Step Counter = 16, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 16, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 16, Transaction ID = 4 (Antenna permutation). Byte EC hr1. output 0x16, Trand 0x1620; range 24, Step Counter = 16, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 22. N_AP = 4, CSStepCount 16 CS DRBG for 2 bits, Step Counter = 16, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 16 *************************************************************** CS DRBG for 128 bits, Step Counter = 17, Transaction ID = 5 (AA generation). New DRGB octets: values 17 46 62 CD 92 22 DB 8B 0C 22 D1 19 C8 C5 97 E5 *************************************************************** AA generation, CSStepCount 17. AA_I 0x174662CD, AA_R 0xC8C597E5; s0 0x174662CD (score 14), s1 0x9222DB8B (score 16), s2 0x0C22D119 (score 6), s3 0xC8C597E5 (score 6) *************************************************************** CS DRBG for 8 bits, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: 59 83 F2 4E 7D 9B FE 8C 8B C1 21 96 18 FB 86 18; 8-bit value 59 *************************************************************** hr1. output 0x16, Trand 0x1640; range 64, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position). Byte 83 hr1. output 0x26, Trand 0x2661; range 75, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 22. CSStepCount 17, sounding length 96 CS DRBG for 8 bits, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position). Byte F2 hr1. output 0x3C, Trand 0x3C80; range 64, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position). Byte 4E hr1. output 0x16, Trand 0x16DA; range 75, Step Counter = 17, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 60, 89. CSStepCount 17, sounding length 96 CS DRBG for 1 bits, Step Counter = 17, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 17, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 17, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 17, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 17, sounding length 96, values 1, 1 CS DRBG for 8 bits, Step Counter = 17, Transaction ID = 4 (Antenna permutation). Byte 10 hr1. output 0x01, Trand 0x0180; range 24, Step Counter = 17, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 1. N_AP = 4, CSStepCount 17 CS DRBG for 2 bits, Step Counter = 17, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 17 *************************************************************** CS DRBG for 128 bits, Step Counter = 18, Transaction ID = 5 (AA generation). New DRGB octets: values A7 3F 8A F4 F9 87 B5 C0 05 CB B8 53 2F BD 25 04 *************************************************************** AA generation, CSStepCount 18. AA_I 0xA73F8AF4, AA_R 0x05CBB853; s0 0xA73F8AF4 (score 10), s1 0xF987B5C0 (score 12), s2 0x05CBB853 (score 6), s3 0x2FBD2504 (score 16) *************************************************************** CS DRBG for 128 bits, Step Counter = 19, Transaction ID = 5 (AA generation). New DRGB octets: values 5F 1B 30 8F F1 89 96 06 93 6D 1D 34 E9 77 0F 47 *************************************************************** AA generation, CSStepCount 19. AA_I 0x5F1B308F, AA_R 0xE9770F47; s0 0x5F1B308F (score 12), s1 0xF1899606 (score 14), s2 0x936D1D34 (score 24), s3 0xE9770F47 (score 12) CS DRBG for 8 bits, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position). Byte 7D hr1. output 0x1F, Trand 0x1F40; range 64, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position). Byte 9B hr1. output 0x2D, Trand 0x2D69; range 75, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 31. CSStepCount 19, sounding length 96 CS DRBG for 8 bits, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position). Byte FE hr1. output 0x3F, Trand 0x3F80; range 64, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position). Byte 8C CS DRBG for 8 bits, Step Counter = 19, Transaction ID = 6 (Sounding sequence marker position). Byte 8B hr1 using two bytes. output 28, Trand1 2904; range 75, counters: Step 19, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 63. CSStepCount 19, sounding length 96 CS DRBG for 1 bits, Step Counter = 19, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 19, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 19, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 19, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 19, Transaction ID = 4 (Antenna permutation). Byte A8 hr1. output 0x0F, Trand 0x0FC0; range 24, Step Counter = 19, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 15. N_AP = 4, CSStepCount 19 CS DRBG for 2 bits, Step Counter = 19, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 19 *************************************************************** CS DRBG for 128 bits, Step Counter = 20, Transaction ID = 5 (AA generation). New DRGB octets: values 33 3E 3C 9D 31 E0 44 B6 7B 3F 20 38 AF D6 73 AC *************************************************************** AA generation, CSStepCount 20. AA_I 0x31E044B6, AA_R 0xAFD673AC; s0 0x333E3C9D (score 22), s1 0x31E044B6 (score 10), s2 0x7B3F2038 (score 12), s3 0xAFD673AC (score 8) CS DRBG for 8 bits, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position). Byte C1 hr1. output 0x30, Trand 0x3040; range 64, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position). Byte 21 hr1. output 0x09, Trand 0x09AB; range 75, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 48, 76. CSStepCount 20, sounding length 96 CS DRBG for 8 bits, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position). Byte 96 hr1. output 0x25, Trand 0x2580; range 64, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position). Byte 18 CS DRBG for 8 bits, Step Counter = 20, Transaction ID = 6 (Sounding sequence marker position). Byte FB hr1 using two bytes. output 49, Trand1 0708; range 75, counters: Step 20, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 37. CSStepCount 20, sounding length 96 CS DRBG for 1 bits, Step Counter = 20, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 20, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 20, sounding length 96, values 1, 0 CS DRBG for 1 bits, Step Counter = 20, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 20, sounding length 96, value 1 *************************************************************** CS DRBG for 8 bits, Step Counter = 20, Transaction ID = 4 (Antenna permutation). New DRBG octets: F6 F9 7A 5D 55 E7 58 1E 9E F3 66 E7 D6 26 5D 55; 8-bit value F6 *************************************************************** hr1. output 0x17, Trand 0x1710; range 24, Step Counter = 20, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 23. N_AP = 4, CSStepCount 20 CS DRBG for 2 bits, Step Counter = 20, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 20 *************************************************************** CS DRBG for 128 bits, Step Counter = 21, Transaction ID = 5 (AA generation). New DRGB octets: values AF 9F 78 48 26 29 96 A3 85 E6 60 4F 82 3B 87 C2 *************************************************************** AA generation, CSStepCount 21. AA_I 0xAF9F7848, AA_R 0x85E6604F; s0 0xAF9F7848 (score 10), s1 0x262996A3 (score 14), s2 0x85E6604F (score 12), s3 0x823B87C2 (score 18) CS DRBG for 8 bits, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position). Byte 86 hr1. output 0x21, Trand 0x2180; range 64, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position). Byte 18 *************************************************************** CS DRBG for 8 bits, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: C8 82 7E E7 A8 74 52 9C 10 55 12 10 1B BD 4B 7E; 8-bit value C8 *************************************************************** hr1 using two bytes. output 3A, Trand1 0708; range 75, counters: Step 21, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 33. CSStepCount 21, sounding length 96 CS DRBG for 8 bits, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position). Byte 82 hr1. output 0x20, Trand 0x2080; range 64, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position). Byte 7E hr1. output 0x24, Trand 0x24EA; range 75, Step Counter = 21, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 32. CSStepCount 21, sounding length 96 CS DRBG for 1 bits, Step Counter = 21, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 21, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 21, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 21, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 21, Transaction ID = 4 (Antenna permutation). Byte F9 hr1. output 0x17, Trand 0x1758; range 24, Step Counter = 21, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 23. N_AP = 4, CSStepCount 21 CS DRBG for 2 bits, Step Counter = 21, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 21 CS DRBG for 2 bits, Step Counter = 22, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 22 CS DRBG for 8 bits, Step Counter = 22, Transaction ID = 4 (Antenna permutation). Byte 7A hr1. output 0x0B, Trand 0x0B70; range 24, Step Counter = 22, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 11. N_AP = 4, CSStepCount 22 CS DRBG for 8 bits, Step Counter = 23, Transaction ID = 2 (Subevent submode). Byte 7F hr1. output 0x02, Trand 0x02FA; range 6, Step Counter = 23, Transaction ID = 2 (Subevent submode) Submode insertion: 3 Main-Mode steps. CSStepCount 23, Main_Mode_Min 1, Main_Mode_Max 6 *************************************************************** CS DRBG for 128 bits, Step Counter = 23, Transaction ID = 5 (AA generation). New DRGB octets: values 59 5F E1 AA 5F 57 BA 90 82 5F 07 64 35 91 56 A4 *************************************************************** AA generation, CSStepCount 23. AA_I 0x5F57BA90, AA_R 0x825F0764; s0 0x595FE1AA (score 18), s1 0x5F57BA90 (score 18), s2 0x825F0764 (score 10), s3 0x359156A4 (score 16) CS DRBG for 8 bits, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position). Byte E7 hr1. output 0x39, Trand 0x39C0; range 64, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position). Byte A8 hr1. output 0x31, Trand 0x3138; range 75, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 57. CSStepCount 23, sounding length 96 CS DRBG for 8 bits, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position). Byte 74 hr1. output 0x1D, Trand 0x1D00; range 64, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position). Byte 52 CS DRBG for 8 bits, Step Counter = 23, Transaction ID = 6 (Sounding sequence marker position). Byte 9C hr1 using two bytes. output 2D, Trand1 1806; range 75, counters: Step 23, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 29. CSStepCount 23, sounding length 96 CS DRBG for 1 bits, Step Counter = 23, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 23, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 23, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 23, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 23, Transaction ID = 4 (Antenna permutation). Byte 5D hr1. output 0x08, Trand 0x08B8; range 24, Step Counter = 23, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 8. N_AP = 4, CSStepCount 23 CS DRBG for 2 bits, Step Counter = 23, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 23 *************************************************************** CS DRBG for 128 bits, Step Counter = 24, Transaction ID = 5 (AA generation). New DRGB octets: values A9 83 4E D5 F0 71 EC A6 35 17 86 10 A6 EE AA 04 *************************************************************** AA generation, CSStepCount 24. AA_I 0xF071ECA6, AA_R 0x35178610; s0 0xA9834ED5 (score 14), s1 0xF071ECA6 (score 14), s2 0x35178610 (score 10), s3 0xA6EEAA04 (score 16) *************************************************************** CS DRBG for 128 bits, Step Counter = 25, Transaction ID = 5 (AA generation). New DRGB octets: values 72 4B 10 38 16 33 91 44 07 98 41 98 61 3B C2 E8 *************************************************************** AA generation, CSStepCount 25. AA_I 0x724B1038, AA_R 0x613BC2E8; s0 0x724B1038 (score 8), s1 0x16339144 (score 12), s2 0x07984198 (score 20), s3 0x613BC2E8 (score 6) CS DRBG for 8 bits, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position). Byte 10 hr1. output 0x04, Trand 0x0400; range 64, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position). Byte 55 hr1. output 0x18, Trand 0x18E7; range 75, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 4, 91. CSStepCount 25, sounding length 96 CS DRBG for 8 bits, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position). Byte 12 hr1. output 0x04, Trand 0x0480; range 64, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position). Byte 10 hr1. output 0x04, Trand 0x04B0; range 75, Step Counter = 25, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 4, 71. CSStepCount 25, sounding length 96 CS DRBG for 1 bits, Step Counter = 25, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 25, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 25, sounding length 96, values 0, 0 CS DRBG for 1 bits, Step Counter = 25, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 25, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 25, sounding length 96, values 0, 0 CS DRBG for 8 bits, Step Counter = 25, Transaction ID = 4 (Antenna permutation). Byte 55 hr1. output 0x07, Trand 0x07F8; range 24, Step Counter = 25, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 7. N_AP = 4, CSStepCount 25 CS DRBG for 2 bits, Step Counter = 25, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 25 *************************************************************** CS DRBG for 128 bits, Step Counter = 26, Transaction ID = 5 (AA generation). New DRGB octets: values D4 FD E6 0E 54 46 3E 92 58 22 3D 9F 00 51 D1 81 *************************************************************** AA generation, CSStepCount 26. AA_I 0xD4FDE60E, AA_R 0x58223D9F; s0 0xD4FDE60E (score 8), s1 0x54463E92 (score 10), s2 0x58223D9F (score 6), s3 0x0051D181 (score 18) CS DRBG for 8 bits, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position). Byte 1B hr1. output 0x06, Trand 0x06C0; range 64, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position). Byte BD hr1. output 0x37, Trand 0x375F; range 75, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 6. CSStepCount 26, sounding length 96 CS DRBG for 8 bits, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position). Byte 4B hr1. output 0x12, Trand 0x12C0; range 64, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position). Byte 7E hr1. output 0x24, Trand 0x24EA; range 75, Step Counter = 26, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 18. CSStepCount 26, sounding length 96 CS DRBG for 1 bits, Step Counter = 26, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 26, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 26, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 26, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 26, Transaction ID = 4 (Antenna permutation). Byte E7 hr1. output 0x15, Trand 0x15A8; range 24, Step Counter = 26, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 21. N_AP = 4, CSStepCount 26 CS DRBG for 2 bits, Step Counter = 26, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 26 *************************************************************** CS DRBG for 128 bits, Step Counter = 27, Transaction ID = 5 (AA generation). New DRGB octets: values 3D 89 58 94 3A 6E F4 A1 EB 4B 7E E0 F9 40 73 9F *************************************************************** AA generation, CSStepCount 27. AA_I 0x3A6EF4A1, AA_R 0xEB4B7EE0; s0 0x3D895894 (score 8), s1 0x3A6EF4A1 (score 4), s2 0xEB4B7EE0 (score 14), s3 0xF940739F (score 16) *************************************************************** CS DRBG for 8 bits, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: 88 12 42 F5 19 44 C4 F3 50 A4 45 6A 1E 9E 28 33; 8-bit value 88 *************************************************************** hr1. output 0x22, Trand 0x2200; range 64, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position). Byte 12 hr1. output 0x05, Trand 0x0546; range 75, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 34, 72. CSStepCount 27, sounding length 96 CS DRBG for 8 bits, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position). Byte 42 hr1. output 0x10, Trand 0x1080; range 64, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position). Byte F5 hr1. output 0x47, Trand 0x47C7; range 75, Step Counter = 27, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 16. CSStepCount 27, sounding length 96 CS DRBG for 1 bits, Step Counter = 27, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 27, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 27, sounding length 96, values 0, 1 CS DRBG for 1 bits, Step Counter = 27, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 27, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 27, Transaction ID = 4 (Antenna permutation). Byte 58 hr1. output 0x08, Trand 0x0840; range 24, Step Counter = 27, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 8. N_AP = 4, CSStepCount 27 CS DRBG for 2 bits, Step Counter = 27, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 27 *************************************************************** CS DRBG for 128 bits, Step Counter = 28, Transaction ID = 5 (AA generation). New DRGB octets: values 7B D8 09 20 2F E7 7B 50 C9 6E 79 FF EE 47 0D B8 *************************************************************** AA generation, CSStepCount 28. AA_I 0x2FE77B50, AA_R 0xEE470DB8; s0 0x7BD80920 (score 24), s1 0x2FE77B50 (score 12), s2 0xC96E79FF (score 16), s3 0xEE470DB8 (score 16) CS DRBG for 8 bits, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position). Byte 19 hr1. output 0x06, Trand 0x0640; range 64, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position). Byte 44 hr1. output 0x13, Trand 0x13EC; range 75, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 6, 86. CSStepCount 28, sounding length 96 CS DRBG for 8 bits, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position). Byte C4 hr1. output 0x31, Trand 0x3100; range 64, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position). Byte F3 hr1. output 0x47, Trand 0x4731; range 75, Step Counter = 28, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 49. CSStepCount 28, sounding length 96 CS DRBG for 1 bits, Step Counter = 28, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 28, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 28, sounding length 96, values 1, 1 CS DRBG for 1 bits, Step Counter = 28, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 28, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 28, Transaction ID = 4 (Antenna permutation). Byte 1E hr1. output 0x02, Trand 0x02D0; range 24, Step Counter = 28, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 2. N_AP = 4, CSStepCount 28 CS DRBG for 2 bits, Step Counter = 28, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 28 cr1 start. nChannels 16, CSStepCount 29, Non-Mode-0, channels 2 3 4 5 6 7 8 9 10 11 12 16 17 18 19 20 CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 03 hr1. output 0x00, Trand 0x0006; range 2, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) *************************************************************** CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). New DRBG octets: 19 58 6B 7C A5 9B 9F 54 28 81 15 A6 1C E3 F7 CC; 8-bit value 19 *************************************************************** hr1. output 0x00, Trand 0x004B; range 3, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 58 hr1. output 0x01, Trand 0x0160; range 4, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 6B hr1. output 0x02, Trand 0x0217; range 5, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 7C hr1. output 0x02, Trand 0x02E8; range 6, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte A5 hr1. output 0x04, Trand 0x0483; range 7, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 9B hr1. output 0x04, Trand 0x04D8; range 8, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 9F hr1. output 0x05, Trand 0x0597; range 9, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 54 hr1. output 0x03, Trand 0x0348; range 10, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 28 hr1. output 0x01, Trand 0x01B8; range 11, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 81 hr1. output 0x06, Trand 0x060C; range 12, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 15 hr1. output 0x01, Trand 0x0111; range 13, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte A6 hr1. output 0x09, Trand 0x0914; range 14, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte 1C hr1. output 0x01, Trand 0x01A4; range 15, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels). Byte E3 hr1. output 0x0E, Trand 0x0E30; range 16, Step Counter = 29, Transaction ID = 0 (Non-Mode0 channels) cr1 end. channels 4 19 7 11 9 10 16 8 6 18 5 3 12 2 20 17 CS DRBG for 2 bits, Step Counter = 29, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 29 CS DRBG for 8 bits, Step Counter = 29, Transaction ID = 4 (Antenna permutation). Byte 9E hr1. output 0x0E, Trand 0x0ED0; range 24, Step Counter = 29, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 14. N_AP = 4, CSStepCount 29 *************************************************************** CS DRBG for 128 bits, Step Counter = 30, Transaction ID = 5 (AA generation). New DRGB octets: values BC A0 66 6E 2C F2 DF 02 95 FF DB D9 B9 E8 18 06 *************************************************************** AA generation, CSStepCount 30. AA_I 0x2CF2DF02, AA_R 0xB9E81806; s0 0xBCA0666E (score 8), s1 0x2CF2DF02 (score 8), s2 0x95FFDBD9 (score 22), s3 0xB9E81806 (score 12) *************************************************************** CS DRBG for 128 bits, Step Counter = 31, Transaction ID = 5 (AA generation). New DRGB octets: values C0 F4 37 CB 2E D8 01 47 35 AF 5E 5D 02 0B 67 A1 *************************************************************** AA generation, CSStepCount 31. AA_I 0xC0F437CB, AA_R 0x35AF5E5D; s0 0xC0F437CB (score 10), s1 0x2ED80147 (score 16), s2 0x35AF5E5D (score 12), s3 0x020B67A1 (score 16) CS DRBG for 8 bits, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position). Byte 50 hr1. output 0x14, Trand 0x1400; range 64, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position). Byte A4 CS DRBG for 8 bits, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position). Byte 45 hr1 using two bytes. output 14, Trand1 300C; range 75, counters: Step 31, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 20, 87. CSStepCount 31, sounding length 96 CS DRBG for 8 bits, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position). Byte 6A hr1. output 0x1A, Trand 0x1A80; range 64, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position). Byte 1E hr1. output 0x08, Trand 0x08CA; range 75, Step Counter = 31, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 26, 75. CSStepCount 31, sounding length 96 CS DRBG for 1 bits, Step Counter = 31, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 31, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 31, sounding length 96, values 1, 1 CS DRBG for 1 bits, Step Counter = 31, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 31, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 31, sounding length 96, values 1, 1 CS DRBG for 8 bits, Step Counter = 31, Transaction ID = 4 (Antenna permutation). Byte F3 hr1. output 0x16, Trand 0x16C8; range 24, Step Counter = 31, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 22. N_AP = 4, CSStepCount 31 CS DRBG for 2 bits, Step Counter = 31, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 31 *************************************************************** CS DRBG for 128 bits, Step Counter = 32, Transaction ID = 5 (AA generation). New DRGB octets: values 2C E0 B1 90 2B FA F8 37 7A B0 91 BF A7 37 8B DC *************************************************************** AA generation, CSStepCount 32. AA_I 0x2CE0B190, AA_R 0x7AB091BF; s0 0x2CE0B190 (score 10), s1 0x2BFAF837 (score 16), s2 0x7AB091BF (score 8), s3 0xA7378BDC (score 10) CS DRBG for 8 bits, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position). Byte 9E hr1. output 0x27, Trand 0x2780; range 64, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position). Byte 28 hr1. output 0x0B, Trand 0x0BB8; range 75, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 39, 78. CSStepCount 32, sounding length 96 CS DRBG for 8 bits, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position). Byte 33 hr1. output 0x0C, Trand 0x0CC0; range 64, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position) *************************************************************** CS DRBG for 8 bits, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: AB 5D A9 65 12 A9 DE 3E 1C FB B0 3B A4 DD A2 76; 8-bit value AB *************************************************************** CS DRBG for 8 bits, Step Counter = 32, Transaction ID = 6 (Sounding sequence marker position). Byte 5D hr1 using two bytes. output 1B, Trand1 3219; range 75, counters: Step 32, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 12. CSStepCount 32, sounding length 96 CS DRBG for 1 bits, Step Counter = 32, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 32, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 32, sounding length 96, values 0, 0 CS DRBG for 1 bits, Step Counter = 32, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 32, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 32, Transaction ID = 4 (Antenna permutation). Byte 66 hr1. output 0x09, Trand 0x0990; range 24, Step Counter = 32, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 9. N_AP = 4, CSStepCount 32 CS DRBG for 2 bits, Step Counter = 32, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 32 CS DRBG for 8 bits, Step Counter = 33, Transaction ID = 2 (Subevent submode). Byte 86 hr1. output 0x03, Trand 0x0324; range 6, Step Counter = 33, Transaction ID = 2 (Subevent submode) Submode insertion: 4 Main-Mode steps. CSStepCount 33, Main_Mode_Min 1, Main_Mode_Max 6 *************************************************************** CS DRBG for 128 bits, Step Counter = 33, Transaction ID = 5 (AA generation). New DRGB octets: values 02 4B 9B 77 E9 8D AA D0 FF F0 9D 22 BE 1F CF 12 *************************************************************** AA generation, CSStepCount 33. AA_I 0xE98DAAD0, AA_R 0xBE1FCF12; s0 0x024B9B77 (score 14), s1 0xE98DAAD0 (score 10), s2 0xFFF09D22 (score 26), s3 0xBE1FCF12 (score 12) CS DRBG for 8 bits, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position). Byte A9 hr1. output 0x2A, Trand 0x2A40; range 64, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position). Byte 65 hr1. output 0x1D, Trand 0x1D97; range 75, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 42. CSStepCount 33, sounding length 96 CS DRBG for 8 bits, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position). Byte 12 hr1. output 0x04, Trand 0x0480; range 64, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position). Byte A9 hr1. output 0x31, Trand 0x3183; range 75, Step Counter = 33, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 4. CSStepCount 33, sounding length 96 CS DRBG for 1 bits, Step Counter = 33, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 33, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 33, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 33, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 33, Transaction ID = 4 (Antenna permutation). Byte E7 hr1. output 0x15, Trand 0x15A8; range 24, Step Counter = 33, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 21. N_AP = 4, CSStepCount 33 CS DRBG for 2 bits, Step Counter = 33, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 33 *************************************************************** CS DRBG for 128 bits, Step Counter = 34, Transaction ID = 5 (AA generation). New DRGB octets: values C9 E4 D3 83 7B 25 88 FD 9A F2 FE E1 88 8B 1F 25 *************************************************************** AA generation, CSStepCount 34. AA_I 0x7B2588FD, AA_R 0x888B1F25; s0 0xC9E4D383 (score 14), s1 0x7B2588FD (score 8), s2 0x9AF2FEE1 (score 6), s3 0x888B1F25 (score 4) CS DRBG for 8 bits, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position). Byte DE hr1. output 0x37, Trand 0x3780; range 64, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position). Byte 3E hr1. output 0x12, Trand 0x122A; range 75, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 55, 85. CSStepCount 34, sounding length 96 CS DRBG for 8 bits, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position). Byte 1C hr1. output 0x07, Trand 0x0700; range 64, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position). Byte FB hr1. output 0x49, Trand 0x4989; range 75, Step Counter = 34, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 7. CSStepCount 34, sounding length 96 CS DRBG for 1 bits, Step Counter = 34, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 34, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 34, sounding length 96, values 0, 1 CS DRBG for 1 bits, Step Counter = 34, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 34, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 34, Transaction ID = 4 (Antenna permutation). Byte D6 hr1. output 0x14, Trand 0x1410; range 24, Step Counter = 34, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 20. N_AP = 4, CSStepCount 34 CS DRBG for 2 bits, Step Counter = 34, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 34 *************************************************************** CS DRBG for 128 bits, Step Counter = 35, Transaction ID = 5 (AA generation). New DRGB octets: values 34 47 B8 7D FC 69 A8 DD 0C 25 42 B1 E6 47 E2 AD *************************************************************** AA generation, CSStepCount 35. AA_I 0xFC69A8DD, AA_R 0xE647E2AD; s0 0x3447B87D (score 10), s1 0xFC69A8DD (score 2), s2 0x0C2542B1 (score 12), s3 0xE647E2AD (score 6) CS DRBG for 8 bits, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position). Byte B0 hr1. output 0x2C, Trand 0x2C00; range 64, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position). Byte 3B hr1. output 0x11, Trand 0x1149; range 75, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 44, 84. CSStepCount 35, sounding length 96 CS DRBG for 8 bits, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position). Byte A4 hr1. output 0x29, Trand 0x2900; range 64, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position). Byte DD hr1. output 0x40, Trand 0x40BF; range 75, Step Counter = 35, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 41. CSStepCount 35, sounding length 96 CS DRBG for 1 bits, Step Counter = 35, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 35, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 35, sounding length 96, values 1, 1 CS DRBG for 1 bits, Step Counter = 35, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 35, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 35, Transaction ID = 4 (Antenna permutation). Byte 26 hr1. output 0x03, Trand 0x0390; range 24, Step Counter = 35, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 3. N_AP = 4, CSStepCount 35 CS DRBG for 2 bits, Step Counter = 35, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 35 *************************************************************** CS DRBG for 128 bits, Step Counter = 36, Transaction ID = 5 (AA generation). New DRGB octets: values 2A 43 AB EB C6 D6 F2 E2 93 41 84 17 32 E6 82 31 *************************************************************** AA generation, CSStepCount 36. AA_I 0xC6D6F2E2, AA_R 0x93418417; s0 0x2A43ABEB (score 22), s1 0xC6D6F2E2 (score 8), s2 0x93418417 (score 8), s3 0x32E68231 (score 12) *************************************************************** CS DRBG for 128 bits, Step Counter = 37, Transaction ID = 5 (AA generation). New DRGB octets: values A3 5E 66 E1 FC 19 2D CF 4C 1C 10 C0 41 10 AB 72 *************************************************************** AA generation, CSStepCount 37. AA_I 0xA35E66E1, AA_R 0x4110AB72; s0 0xA35E66E1 (score 12), s1 0xFC192DCF (score 14), s2 0x4C1C10C0 (score 12), s3 0x4110AB72 (score 12) CS DRBG for 8 bits, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position). Byte A2 hr1. output 0x28, Trand 0x2880; range 64, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position). Byte 76 hr1. output 0x22, Trand 0x2292; range 75, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 40. CSStepCount 37, sounding length 96 *************************************************************** CS DRBG for 8 bits, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: D6 EB C0 15 35 50 E1 C2 9A E2 50 F6 23 EA 33 27; 8-bit value D6 *************************************************************** hr1. output 0x35, Trand 0x3580; range 64, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position). Byte EB hr1. output 0x44, Trand 0x44D9; range 75, Step Counter = 37, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 53. CSStepCount 37, sounding length 96 CS DRBG for 1 bits, Step Counter = 37, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 37, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 37, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 37, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 37, Transaction ID = 4 (Antenna permutation). Byte 5D hr1. output 0x08, Trand 0x08B8; range 24, Step Counter = 37, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 8. N_AP = 4, CSStepCount 37 CS DRBG for 2 bits, Step Counter = 37, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 37 *************************************************************** CS DRBG for 128 bits, Step Counter = 38, Transaction ID = 5 (AA generation). New DRGB octets: values F6 3F D7 0B A1 5C 65 33 0F A0 C6 9B 90 D2 92 49 *************************************************************** AA generation, CSStepCount 38. AA_I 0xF63FD70B, AA_R 0x0FA0C69B; s0 0xF63FD70B (score 14), s1 0xA15C6533 (score 16), s2 0x0FA0C69B (score 8), s3 0x90D29249 (score 32) CS DRBG for 8 bits, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position). Byte C0 hr1. output 0x30, Trand 0x3000; range 64, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position). Byte 15 hr1. output 0x06, Trand 0x0627; range 75, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 48, 73. CSStepCount 38, sounding length 96 CS DRBG for 8 bits, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position). Byte 35 hr1. output 0x0D, Trand 0x0D40; range 64, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position). Byte 50 hr1. output 0x17, Trand 0x1770; range 75, Step Counter = 38, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 13, 90. CSStepCount 38, sounding length 96 CS DRBG for 1 bits, Step Counter = 38, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 38, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 38, sounding length 96, values 0, 0 CS DRBG for 1 bits, Step Counter = 38, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 38, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 38, sounding length 96, values 1, 0 CS DRBG for 8 bits, Step Counter = 38, Transaction ID = 4 (Antenna permutation). Byte 55 hr1. output 0x07, Trand 0x07F8; range 24, Step Counter = 38, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 7. N_AP = 4, CSStepCount 38 CS DRBG for 2 bits, Step Counter = 38, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 38 *************************************************************** CS DRBG for 128 bits, Step Counter = 39, Transaction ID = 5 (AA generation). New DRGB octets: values A1 C6 20 DF C0 71 16 E6 3C 2A 25 4B 20 28 36 EB *************************************************************** AA generation, CSStepCount 39. AA_I 0xC07116E6, AA_R 0x202836EB; s0 0xA1C620DF (score 12), s1 0xC07116E6 (score 12), s2 0x3C2A254B (score 18), s3 0x202836EB (score 14) CS DRBG for 8 bits, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position). Byte E1 hr1. output 0x38, Trand 0x3840; range 64, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position). Byte C2 hr1. output 0x38, Trand 0x38D6; range 75, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 56. CSStepCount 39, sounding length 96 CS DRBG for 8 bits, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position). Byte 9A hr1. output 0x26, Trand 0x2680; range 64, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position). Byte E2 hr1. output 0x42, Trand 0x4236; range 75, Step Counter = 39, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 38. CSStepCount 39, sounding length 96 CS DRBG for 1 bits, Step Counter = 39, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 39, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 39, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 39, sounding length 96, value 0 *************************************************************** CS DRBG for 8 bits, Step Counter = 39, Transaction ID = 4 (Antenna permutation). New DRBG octets: 9F CF 53 85 F3 79 51 51 46 E1 45 5E 9F 02 B4 25; 8-bit value 9F *************************************************************** hr1. output 0x0E, Trand 0x0EE8; range 24, Step Counter = 39, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 14. N_AP = 4, CSStepCount 39 CS DRBG for 2 bits, Step Counter = 39, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 39 CS DRBG for 2 bits, Step Counter = 40, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 40 CS DRBG for 8 bits, Step Counter = 40, Transaction ID = 4 (Antenna permutation). Byte CF hr1. output 0x13, Trand 0x1368; range 24, Step Counter = 40, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 19. N_AP = 4, CSStepCount 40 CS DRBG for 8 bits, Step Counter = 41, Transaction ID = 2 (Subevent submode). Byte 64 hr1. output 0x02, Trand 0x0258; range 6, Step Counter = 41, Transaction ID = 2 (Subevent submode) Submode insertion: 3 Main-Mode steps. CSStepCount 41, Main_Mode_Min 1, Main_Mode_Max 6 *************************************************************** CS DRBG for 128 bits, Step Counter = 41, Transaction ID = 5 (AA generation). New DRGB octets: values F9 75 C7 DA 8C C1 CB C7 5E A9 A3 F9 C2 EF B6 90 *************************************************************** AA generation, CSStepCount 41. AA_I 0xF975C7DA, AA_R 0xC2EFB690; s0 0xF975C7DA (score 8), s1 0x8CC1CBC7 (score 26), s2 0x5EA9A3F9 (score 12), s3 0xC2EFB690 (score 12) CS DRBG for 8 bits, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position). Byte 50 hr1. output 0x14, Trand 0x1400; range 64, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position). Byte F6 CS DRBG for 8 bits, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position). Byte 23 hr1 using two bytes. output 0A, Trand1 4812; range 75, counters: Step 41, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 20, 77. CSStepCount 41, sounding length 96 CS DRBG for 8 bits, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position). Byte EA hr1. output 0x3A, Trand 0x3A80; range 64, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position). Byte 33 hr1. output 0x0E, Trand 0x0EF1; range 75, Step Counter = 41, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 58, 81. CSStepCount 41, sounding length 96 CS DRBG for 1 bits, Step Counter = 41, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 41, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 41, sounding length 96, values 0, 1 CS DRBG for 1 bits, Step Counter = 41, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 41, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 41, sounding length 96, values 0, 0 CS DRBG for 8 bits, Step Counter = 41, Transaction ID = 4 (Antenna permutation). Byte 53 hr1. output 0x07, Trand 0x07C8; range 24, Step Counter = 41, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 7. N_AP = 4, CSStepCount 41 CS DRBG for 2 bits, Step Counter = 41, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 41 *************************************************************** CS DRBG for 128 bits, Step Counter = 42, Transaction ID = 5 (AA generation). New DRGB octets: values 94 27 94 24 2B 7D 51 F3 3E 76 6F CB 96 52 E3 61 *************************************************************** AA generation, CSStepCount 42. AA_I 0x94279424, AA_R 0x9652E361; s0 0x94279424 (score 8), s1 0x2B7D51F3 (score 14), s2 0x3E766FCB (score 14), s3 0x9652E361 (score 12) *************************************************************** CS DRBG for 128 bits, Step Counter = 43, Transaction ID = 5 (AA generation). New DRGB octets: values 51 17 E6 D9 19 D2 9F 36 65 42 19 F8 BC 7E 01 7A *************************************************************** AA generation, CSStepCount 43. AA_I 0x19D29F36, AA_R 0x654219F8; s0 0x5117E6D9 (score 10), s1 0x19D29F36 (score 10), s2 0x654219F8 (score 6), s3 0xBC7E017A (score 20) CS DRBG for 8 bits, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position). Byte 27 hr1. output 0x09, Trand 0x09C0; range 64, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position) *************************************************************** CS DRBG for 8 bits, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: D1 93 AD A2 CE F3 2C 5F F0 29 1E 13 DB F5 9D 1D; 8-bit value D1 *************************************************************** hr1. output 0x3D, Trand 0x3D3B; range 75, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 9. CSStepCount 43, sounding length 96 CS DRBG for 8 bits, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position). Byte 93 hr1. output 0x24, Trand 0x24C0; range 64, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position). Byte AD hr1. output 0x32, Trand 0x32AF; range 75, Step Counter = 43, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 36. CSStepCount 43, sounding length 96 CS DRBG for 1 bits, Step Counter = 43, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 43, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 43, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 43, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 43, Transaction ID = 4 (Antenna permutation). Byte 85 hr1. output 0x0C, Trand 0x0C78; range 24, Step Counter = 43, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 12. N_AP = 4, CSStepCount 43 CS DRBG for 2 bits, Step Counter = 43, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 43 *************************************************************** CS DRBG for 128 bits, Step Counter = 44, Transaction ID = 5 (AA generation). New DRGB octets: values FA 3B 44 CE AC 66 77 B5 98 20 19 66 25 B5 E5 88 *************************************************************** AA generation, CSStepCount 44. AA_I 0xFA3B44CE, AA_R 0x25B5E588; s0 0xFA3B44CE (score 6), s1 0xAC6677B5 (score 14), s2 0x98201966 (score 18), s3 0x25B5E588 (score 14) CS DRBG for 8 bits, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position). Byte A2 hr1. output 0x28, Trand 0x2880; range 64, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position). Byte CE hr1. output 0x3C, Trand 0x3C5A; range 75, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 40. CSStepCount 44, sounding length 96 CS DRBG for 8 bits, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position). Byte F3 hr1. output 0x3C, Trand 0x3CC0; range 64, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position). Byte 2C hr1. output 0x0C, Trand 0x0CE4; range 75, Step Counter = 44, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 60, 79. CSStepCount 44, sounding length 96 CS DRBG for 1 bits, Step Counter = 44, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 44, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 44, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 CS DRBG for 1 bits, Step Counter = 44, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 44, sounding length 96, values 1, 0 CS DRBG for 8 bits, Step Counter = 44, Transaction ID = 4 (Antenna permutation). Byte F3 hr1. output 0x16, Trand 0x16C8; range 24, Step Counter = 44, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 22. N_AP = 4, CSStepCount 44 CS DRBG for 2 bits, Step Counter = 44, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 44 *************************************************************** CS DRBG for 128 bits, Step Counter = 45, Transaction ID = 5 (AA generation). New DRGB octets: values 3A FC C9 66 2A 84 09 59 B4 39 B7 28 A5 56 83 81 *************************************************************** AA generation, CSStepCount 45. AA_I 0x3AFCC966, AA_R 0xB439B728; s0 0x3AFCC966 (score 12), s1 0x2A840959 (score 16), s2 0xB439B728 (score 8), s3 0xA5568381 (score 20) CS DRBG for 8 bits, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position). Byte 5F hr1. output 0x17, Trand 0x17C0; range 64, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position). Byte F0 hr1. output 0x46, Trand 0x4650; range 75, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 23. CSStepCount 45, sounding length 96 CS DRBG for 8 bits, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position). Byte 29 hr1. output 0x0A, Trand 0x0A40; range 64, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position). Byte 1E hr1. output 0x08, Trand 0x08CA; range 75, Step Counter = 45, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 10, 75. CSStepCount 45, sounding length 96 CS DRBG for 1 bits, Step Counter = 45, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 45, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 45, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 45, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 45, sounding length 96, values 0, 0 CS DRBG for 8 bits, Step Counter = 45, Transaction ID = 4 (Antenna permutation). Byte 79 hr1. output 0x0B, Trand 0x0B58; range 24, Step Counter = 45, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 11. N_AP = 4, CSStepCount 45 CS DRBG for 2 bits, Step Counter = 45, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 45 *************************************************************** CS DRBG for 128 bits, Step Counter = 46, Transaction ID = 5 (AA generation). New DRGB octets: values 0B 4D 44 7F BF CD 8A 16 0D 8C 37 94 7D 89 D2 44 *************************************************************** AA generation, CSStepCount 46. AA_I 0xBFCD8A16, AA_R 0x0D8C3794; s0 0x0B4D447F (score 10), s1 0xBFCD8A16 (score 8), s2 0x0D8C3794 (score 10), s3 0x7D89D244 (score 12) CS DRBG for 8 bits, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position). Byte 13 hr1. output 0x04, Trand 0x04C0; range 64, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position). Byte DB hr1. output 0x40, Trand 0x4029; range 75, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 4. CSStepCount 46, sounding length 96 CS DRBG for 8 bits, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position). Byte F5 hr1. output 0x3D, Trand 0x3D40; range 64, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position). Byte 9D hr1. output 0x2D, Trand 0x2DFF; range 75, Step Counter = 46, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 61. CSStepCount 46, sounding length 96 CS DRBG for 1 bits, Step Counter = 46, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 46, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 46, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 46, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 46, Transaction ID = 4 (Antenna permutation). Byte 51 hr1. output 0x07, Trand 0x0798; range 24, Step Counter = 46, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 7. N_AP = 4, CSStepCount 46 CS DRBG for 2 bits, Step Counter = 46, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 46 CS DRBG for 2 bits, Step Counter = 47, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 47 CS DRBG for 8 bits, Step Counter = 47, Transaction ID = 4 (Antenna permutation). Byte 51 hr1. output 0x07, Trand 0x0798; range 24, Step Counter = 47, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 7. N_AP = 4, CSStepCount 47 *************************************************************** CS DRBG for 128 bits, Step Counter = 48, Transaction ID = 5 (AA generation). New DRGB octets: values 87 D7 D1 62 B8 30 DB BE 77 34 24 24 C7 AE 18 FE *************************************************************** AA generation, CSStepCount 48. AA_I 0xB830DBBE, AA_R 0x77342424; s0 0x87D7D162 (score 10), s1 0xB830DBBE (score 8), s2 0x77342424 (score 12), s3 0xC7AE18FE (score 20) *************************************************************** CS DRBG for 128 bits, Step Counter = 49, Transaction ID = 5 (AA generation). New DRGB octets: values 07 4A 4D A6 4A A7 4A D3 F5 E6 FF 5B 49 A7 13 B8 *************************************************************** AA generation, CSStepCount 49. AA_I 0x074A4DA6, AA_R 0x49A713B8; s0 0x074A4DA6 (score 18), s1 0x4AA74AD3 (score 20), s2 0xF5E6FF5B (score 16), s3 0x49A713B8 (score 10) CS DRBG for 8 bits, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position). Byte 1D hr1. output 0x07, Trand 0x0740; range 64, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position) *************************************************************** CS DRBG for 8 bits, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: 8C E6 93 A8 AC 5B 0D AF F3 FD 50 83 7A 7A 8D BA; 8-bit value 8C *************************************************************** CS DRBG for 8 bits, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position). Byte E6 hr1 using two bytes. output 43, Trand1 2904; range 75, counters: Step 49, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 7. CSStepCount 49, sounding length 96 CS DRBG for 8 bits, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position). Byte 93 hr1. output 0x24, Trand 0x24C0; range 64, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position). Byte A8 hr1. output 0x31, Trand 0x3138; range 75, Step Counter = 49, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 36. CSStepCount 49, sounding length 96 CS DRBG for 1 bits, Step Counter = 49, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 49, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 49, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 49, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 49, Transaction ID = 4 (Antenna permutation). Byte 46 hr1. output 0x06, Trand 0x0690; range 24, Step Counter = 49, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 6. N_AP = 4, CSStepCount 49 CS DRBG for 2 bits, Step Counter = 49, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 49 *************************************************************** CS DRBG for 128 bits, Step Counter = 50, Transaction ID = 5 (AA generation). New DRGB octets: values BD 48 17 2D B3 19 C9 46 CC C0 16 1A EC 49 67 F8 *************************************************************** AA generation, CSStepCount 50. AA_I 0xBD48172D, AA_R 0xCCC0161A; s0 0xBD48172D (score 16), s1 0xB319C946 (score 20), s2 0xCCC0161A (score 12), s3 0xEC4967F8 (score 14) CS DRBG for 8 bits, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position). Byte AC hr1. output 0x2B, Trand 0x2B00; range 64, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position). Byte 5B hr1. output 0x1A, Trand 0x1AA9; range 75, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 43. CSStepCount 50, sounding length 96 CS DRBG for 8 bits, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position). Byte 0D hr1. output 0x03, Trand 0x0340; range 64, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position). Byte AF hr1. output 0x33, Trand 0x3345; range 75, Step Counter = 50, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 3. CSStepCount 50, sounding length 96 CS DRBG for 1 bits, Step Counter = 50, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 50, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 50, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 50, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 50, Transaction ID = 4 (Antenna permutation). Byte E1 hr1. output 0x15, Trand 0x1518; range 24, Step Counter = 50, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 21. N_AP = 4, CSStepCount 50 CS DRBG for 2 bits, Step Counter = 50, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 50 CS DRBG for 8 bits, Step Counter = 51, Transaction ID = 2 (Subevent submode). Byte B4 hr1. output 0x04, Trand 0x0438; range 6, Step Counter = 51, Transaction ID = 2 (Subevent submode) Submode insertion: 5 Main-Mode steps. CSStepCount 51, Main_Mode_Min 1, Main_Mode_Max 6 *************************************************************** CS DRBG for 128 bits, Step Counter = 51, Transaction ID = 5 (AA generation). New DRGB octets: values F1 80 A9 42 86 90 B9 3A 90 F4 28 7D B9 ED FB 99 *************************************************************** AA generation, CSStepCount 51. AA_I 0x8690B93A, AA_R 0x90F4287D; s0 0xF180A942 (score 12), s1 0x8690B93A (score 6), s2 0x90F4287D (score 10), s3 0xB9EDFB99 (score 12) CS DRBG for 8 bits, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position). Byte F3 hr1. output 0x3C, Trand 0x3CC0; range 64, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position). Byte FD hr1. output 0x4A, Trand 0x4A1F; range 75, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 60. CSStepCount 51, sounding length 96 CS DRBG for 8 bits, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position). Byte 50 hr1. output 0x14, Trand 0x1400; range 64, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position). Byte 83 hr1. output 0x26, Trand 0x2661; range 75, Step Counter = 51, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 20. CSStepCount 51, sounding length 96 CS DRBG for 1 bits, Step Counter = 51, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 51, sounding length 96, value 1 CS DRBG for 1 bits, Step Counter = 51, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 51, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 51, Transaction ID = 4 (Antenna permutation). Byte 45 hr1. output 0x06, Trand 0x0678; range 24, Step Counter = 51, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 6. N_AP = 4, CSStepCount 51 CS DRBG for 2 bits, Step Counter = 51, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 51 *************************************************************** CS DRBG for 128 bits, Step Counter = 52, Transaction ID = 5 (AA generation). New DRGB octets: values 29 3A 71 72 62 7E C2 74 4A 63 9D 3C 78 9D 64 25 *************************************************************** AA generation, CSStepCount 52. AA_I 0x627EC274, AA_R 0x789D6425; s0 0x293A7172 (score 12), s1 0x627EC274 (score 10), s2 0x4A639D3C (score 16), s3 0x789D6425 (score 6) CS DRBG for 8 bits, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position). Byte 7A hr1. output 0x1E, Trand 0x1E80; range 64, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position). Byte 7A hr1. output 0x23, Trand 0x23BE; range 75, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 30. CSStepCount 52, sounding length 96 CS DRBG for 8 bits, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position). Byte 8D hr1. output 0x23, Trand 0x2340; range 64, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position). Byte BA hr1. output 0x36, Trand 0x367E; range 75, Step Counter = 52, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 35. CSStepCount 52, sounding length 96 CS DRBG for 1 bits, Step Counter = 52, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 52, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 52, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 52, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 52, Transaction ID = 4 (Antenna permutation). Byte 5E hr1. output 0x08, Trand 0x08D0; range 24, Step Counter = 52, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 8. N_AP = 4, CSStepCount 52 CS DRBG for 2 bits, Step Counter = 52, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 52 *************************************************************** CS DRBG for 128 bits, Step Counter = 53, Transaction ID = 5 (AA generation). New DRGB octets: values 42 BB F0 C2 3C 3B 56 00 5B C6 47 A8 4B 07 22 15 *************************************************************** AA generation, CSStepCount 53. AA_I 0x42BBF0C2, AA_R 0x4B072215; s0 0x42BBF0C2 (score 12), s1 0x3C3B5600 (score 14), s2 0x5BC647A8 (score 6), s3 0x4B072215 (score 6) *************************************************************** CS DRBG for 8 bits, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: 48 58 B3 19 B3 28 A9 81 5D 09 D8 49 56 E1 1B A5; 8-bit value 48 *************************************************************** hr1. output 0x12, Trand 0x1200; range 64, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position). Byte 58 hr1. output 0x19, Trand 0x19C8; range 75, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 18, 92. CSStepCount 53, sounding length 96 CS DRBG for 8 bits, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position). Byte B3 hr1. output 0x2C, Trand 0x2CC0; range 64, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position). Byte 19 hr1. output 0x07, Trand 0x0753; range 75, Step Counter = 53, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 44, 74. CSStepCount 53, sounding length 96 CS DRBG for 1 bits, Step Counter = 53, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 53, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 53, sounding length 96, values 0, 0 CS DRBG for 1 bits, Step Counter = 53, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 53, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 53, sounding length 96, values 0, 0 CS DRBG for 8 bits, Step Counter = 53, Transaction ID = 4 (Antenna permutation). Byte 9F hr1. output 0x0E, Trand 0x0EE8; range 24, Step Counter = 53, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 14. N_AP = 4, CSStepCount 53 CS DRBG for 2 bits, Step Counter = 53, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b10 Tone extensions: I 1, R 0. CSStepCount 53 *************************************************************** CS DRBG for 128 bits, Step Counter = 54, Transaction ID = 5 (AA generation). New DRGB octets: values 03 64 D0 56 79 3D 51 8F 3B DA 61 F4 22 61 3D BE *************************************************************** AA generation, CSStepCount 54. AA_I 0x793D518F, AA_R 0x3BDA61F4; s0 0x0364D056 (score 10), s1 0x793D518F (score 10), s2 0x3BDA61F4 (score 6), s3 0x22613DBE (score 14) *************************************************************** CS DRBG for 128 bits, Step Counter = 55, Transaction ID = 5 (AA generation). New DRGB octets: values 05 72 35 B1 00 2C 96 79 32 F5 3C E3 92 36 F9 46 *************************************************************** AA generation, CSStepCount 55. AA_I 0x057235B1, AA_R 0x9236F946; s0 0x057235B1 (score 4), s1 0x002C9679 (score 16), s2 0x32F53CE3 (score 16), s3 0x9236F946 (score 16) CS DRBG for 8 bits, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position). Byte B3 hr1. output 0x2C, Trand 0x2CC0; range 64, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position). Byte 28 hr1. output 0x0B, Trand 0x0BB8; range 75, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 44, 78. CSStepCount 55, sounding length 96 CS DRBG for 8 bits, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position). Byte A9 hr1. output 0x2A, Trand 0x2A40; range 64, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position). Byte 81 hr1. output 0x25, Trand 0x25CB; range 75, Step Counter = 55, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 42. CSStepCount 55, sounding length 96 CS DRBG for 1 bits, Step Counter = 55, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 55, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 55, sounding length 96, values 0, 1 CS DRBG for 1 bits, Step Counter = 55, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 55, sounding length 96, value 1 CS DRBG for 8 bits, Step Counter = 55, Transaction ID = 4 (Antenna permutation). Byte 02 hr1. output 0x00, Trand 0x0030; range 24, Step Counter = 55, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 0. N_AP = 4, CSStepCount 55 CS DRBG for 2 bits, Step Counter = 55, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 55 *************************************************************** CS DRBG for 128 bits, Step Counter = 56, Transaction ID = 5 (AA generation). New DRGB octets: values 54 4F A4 E0 63 61 16 58 CF 83 E6 6E FE 08 D4 7C *************************************************************** AA generation, CSStepCount 56. AA_I 0x544FA4E0, AA_R 0xFE08D47C; s0 0x544FA4E0 (score 6), s1 0x63611658 (score 10), s2 0xCF83E66E (score 20), s3 0xFE08D47C (score 18) CS DRBG for 8 bits, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position). Byte 5D hr1. output 0x17, Trand 0x1740; range 64, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position). Byte 09 hr1. output 0x02, Trand 0x02A3; range 75, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 23, 69. CSStepCount 56, sounding length 96 CS DRBG for 8 bits, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position). Byte D8 hr1. output 0x36, Trand 0x3600; range 64, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position). Byte 49 hr1. output 0x15, Trand 0x1563; range 75, Step Counter = 56, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 54, 88. CSStepCount 56, sounding length 96 CS DRBG for 1 bits, Step Counter = 56, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 56, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 56, sounding length 96, values 0, 0 CS DRBG for 1 bits, Step Counter = 56, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 56, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b1 Marker bits in SS values. CSStepCount 56, sounding length 96, values 0, 1 CS DRBG for 8 bits, Step Counter = 56, Transaction ID = 4 (Antenna permutation). Byte B4 hr1. output 0x10, Trand 0x10E0; range 24, Step Counter = 56, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 16. N_AP = 4, CSStepCount 56 CS DRBG for 2 bits, Step Counter = 56, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b11 Tone extensions: I 1, R 1. CSStepCount 56 *************************************************************** CS DRBG for 128 bits, Step Counter = 57, Transaction ID = 5 (AA generation). New DRGB octets: values D9 15 06 34 31 B8 17 94 91 F1 D9 E2 D3 6E C1 D3 *************************************************************** AA generation, CSStepCount 57. AA_I 0xD9150634, AA_R 0xD36EC1D3; s0 0xD9150634 (score 6), s1 0x31B81794 (score 8), s2 0x91F1D9E2 (score 18), s3 0xD36EC1D3 (score 12) CS DRBG for 8 bits, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position). Byte 56 hr1. output 0x15, Trand 0x1580; range 64, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position). Byte E1 hr1. output 0x41, Trand 0x41EB; range 75, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 21. CSStepCount 57, sounding length 96 CS DRBG for 8 bits, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position). Byte 1B hr1. output 0x06, Trand 0x06C0; range 64, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position). Byte A5 hr1. output 0x30, Trand 0x3057; range 75, Step Counter = 57, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 6. CSStepCount 57, sounding length 96 CS DRBG for 1 bits, Step Counter = 57, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 57, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 57, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 57, sounding length 96, value 0 CS DRBG for 8 bits, Step Counter = 57, Transaction ID = 4 (Antenna permutation). Byte 25 hr1. output 0x03, Trand 0x0378; range 24, Step Counter = 57, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 3. N_AP = 4, CSStepCount 57 CS DRBG for 2 bits, Step Counter = 57, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 57 *************************************************************** CS DRBG for 128 bits, Step Counter = 58, Transaction ID = 5 (AA generation). New DRGB octets: values 7B 03 0B B4 14 30 62 18 59 1E 03 15 A1 5F 89 A6 *************************************************************** AA generation, CSStepCount 58. AA_I 0x7B030BB4, AA_R 0xA15F89A6; s0 0x7B030BB4 (score 6), s1 0x14306218 (score 16), s2 0x591E0315 (score 8), s3 0xA15F89A6 (score 6) *************************************************************** CS DRBG for 8 bits, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position). New DRBG octets: 09 F5 79 13 BD 3A 01 E8 76 3F 42 6E 2D 48 0C 0C; 8-bit value 09 *************************************************************** hr1. output 0x02, Trand 0x0240; range 64, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position). Byte F5 hr1. output 0x47, Trand 0x47C7; range 75, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS position 2. CSStepCount 58, sounding length 96 CS DRBG for 8 bits, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position). Byte 79 hr1. output 0x1E, Trand 0x1E40; range 64, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position) CS DRBG for 8 bits, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position). Byte 13 hr1. output 0x05, Trand 0x0591; range 75, Step Counter = 58, Transaction ID = 6 (Sounding sequence marker position) Marker bits in SS positions 30, 72. CSStepCount 58, sounding length 96 CS DRBG for 1 bits, Step Counter = 58, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 58, sounding length 96, value 0 CS DRBG for 1 bits, Step Counter = 58, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 CS DRBG for 1 bits, Step Counter = 58, Transaction ID = 7 (Sounding sequence marker signal). Value 1 bit: 0b0 Marker bits in SS values. CSStepCount 58, sounding length 96, values 0, 0 *************************************************************** CS DRBG for 8 bits, Step Counter = 58, Transaction ID = 4 (Antenna permutation). New DRBG octets: FC EC D6 F2 B5 25 45 6F 6F B1 67 0D 45 3A B6 66; 8-bit value FC *************************************************************** hr1. output 0x17, Trand 0x17A0; range 24, Step Counter = 58, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 23. N_AP = 4, CSStepCount 58 CS DRBG for 2 bits, Step Counter = 58, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b01 Tone extensions: I 0, R 1. CSStepCount 58 CS DRBG for 2 bits, Step Counter = 59, Transaction ID = 3 (Tone extension presence). Value 2 bits: 0b00 Tone extensions: I 0, R 0. CSStepCount 59 CS DRBG for 8 bits, Step Counter = 59, Transaction ID = 4 (Antenna permutation). Byte EC hr1. output 0x16, Trand 0x1620; range 24, Step Counter = 59, Transaction ID = 4 (Antenna permutation) Antenna Path Permutation Index: 22. N_AP = 4, CSStepCount 59 *************************************************************** *************************************************************** Resulting Procedure Expected CS Procedure: Mode-3 & Mode-2; Ch Sel #3b; 96-bit sounding sequence Summary Event 0, 0 ns SubEvent 0, 0 ns–3.121 ms, steps 0–5 = 1 Mode-2, 4 Mode-3: 0, 3, 2, 3, 3, 3 SubEvent 1, 5.000 ms–8.121 ms, steps 6–11 = 1 Mode-2, 4 Mode-3: 0, 3, 3, 3, 2, 3 SubEvent 2, 10.000 ms–13.289 ms, steps 12–17 = 5 Mode-3: 0, 3, 3, 3, 3, 3 Event 1, 40.000 ms SubEvent 3, 40.000 ms–43.121 ms, steps 18–23 = 1 Mode-2, 4 Mode-3: 0, 3, 3, 3, 2, 3 SubEvent 4, 45.000 ms–48.289 ms, steps 24–29 = 1 Mode-2, 4 Mode-3: 0, 3, 3, 3, 3, 2 SubEvent 5, 50.000 ms–53.289 ms, steps 30–35 = 5 Mode-3: 0, 3, 3, 3, 3, 3 Event 2, 80.000 ms SubEvent 6, 80.000 ms–83.121 ms, steps 36–41 = 1 Mode-2, 4 Mode-3: 0, 3, 3, 3, 2, 3 SubEvent 7, 85.000 ms–88.289 ms, steps 42–47 = 1 Mode-2, 4 Mode-3: 0, 3, 3, 3, 3, 2 SubEvent 8, 90.000 ms–93.289 ms, steps 48–53 = 5 Mode-3: 0, 3, 3, 3, 3, 3 Event 3, 120.000 ms SubEvent 9, 120.000 ms–123.289 ms, steps 54–59 = 1 Mode-2, 4 Mode-3: 0, 3, 3, 3, 3, 2 *************************************************************** Detail Event 0, 0 ns SubEvent 0, 0 ns–3.121 ms, steps 0–5 Step # 0: Mode-0 step on ch 11, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0x6C376AB8 = No payload, Access Address only Reflector Sync AA only, AA 0xF079BC3A, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step # 1: Mode-3 step on ch 20, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0x011CAE4E = Marker 0011 (DRBG bit 1) at bits 11-14 (1:3). Bits 0: {01010101} 1: {01000111} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 22 Reflector 80 µs tone, 334 ns after step start = APPI 22 Reflector 96-bit sounding sequence, AA 0xD06ACDDA, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 13-16 (1:5). Bits 0: {01010101} 1: {01010110} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step # 2: Mode-2 step on ch 19, +1.270 ms after subevent anchor Initiator 80 µs tone = APPI 7 Reflector 100 µs tone, 250 ns after step start = APPI 7, tone extension present Step # 3: Mode-3 step on ch 11, +1.775 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x3F1C256E = Marker 0011 (DRBG bit 1) at bits 54-57 (6:6); Marker 1100 (DRBG bit 0) at bits 73-76 (9:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010100} 7: {11010101} 8: {01010101} 9: {01100101} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 2, tone extension present Reflector 100 µs tone, 334 ns after step start = APPI 2, tone extension present Reflector 96-bit sounding sequence, AA 0x4E842FE9, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 14-17 (1:6); Marker 0011 (DRBG bit 1) at bits 85-88 (10:5). Bits 0: {01010101} 1: {01010100} 2: {11010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010001} 11: {11010101} Step # 4: Mode-3 step on ch 17, +2.448 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x90BE37AB = Marker 1100 (DRBG bit 0) at bits 18-21 (2:2); Marker 1100 (DRBG bit 0) at bits 85-88 (10:5). Bits 0: {01010101} 1: {01010101} 2: {01110001} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010110} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 14, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 14 Reflector 96-bit sounding sequence, AA 0xAF2EF46B, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 35-38 (4:3); Marker 0011 (DRBG bit 1) at bits 91-94 (11:3). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01000111} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01000111} Step # 5: Mode-3 step on ch 4, +3.121 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x262F2907 = Marker 1100 (DRBG bit 0) at bits 3-6 (0:3); Marker 1100 (DRBG bit 0) at bits 86-89 (10:6). Bits 0: {01011001} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010111} 11: {00010101} Initiator 100 µs tone, 84 ns after step start = APPI 9, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 9 Reflector 96-bit sounding sequence, AA 0x94E46E08, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 7-10 (0:7). Bits 0: {01010101} 1: {10010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} *************************************************************** SubEvent 1, 5.000 ms–8.121 ms, steps 6–11 Step # 6: Mode-0 step on ch 7, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0xF3C92E6B = No payload, Access Address only Reflector Sync AA only, AA 0x519D0448, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step # 7: Main-Mode Repetition, Mode-3 step on ch 17, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0x4F0E6B3B = Marker 1100 (DRBG bit 0) at bits 53-56 (6:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010110} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 12 Reflector 100 µs tone, 334 ns after step start = APPI 12, tone extension present Reflector 96-bit sounding sequence, AA 0xA088EBD9, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 44-47 (5:4). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010011} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step # 8: Main-Mode Repetition, Mode-3 step on ch 4, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xBD91D212 = Marker 0011 (DRBG bit 1) at bits 31-34 (3:7). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010100} 4: {01110101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 20 Reflector 100 µs tone, 334 ns after step start = APPI 20, tone extension present Reflector 96-bit sounding sequence, AA 0xBB8DAEFA, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 24-27 (3:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {00110101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step # 9: Mode-3 step on ch 8, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x169EEDDC = Marker 1100 (DRBG bit 0) at bits 26-29 (3:2). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01110001} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 9 Reflector 80 µs tone, 334 ns after step start = APPI 9 Reflector 96-bit sounding sequence, AA 0x6B2EB748, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 25-28 (3:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {00011101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #10: Mode-2 step on ch 7, +2.616 ms after subevent anchor Initiator 100 µs tone = APPI 18, tone extension present Reflector 100 µs tone, 250 ns after step start = APPI 18, tone extension present Step #11: Mode-3 step on ch 2, +3.121 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xCA69755F = Marker 0011 (DRBG bit 1) at bits 3-6 (0:3). Bits 0: {01000111} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 21 Reflector 80 µs tone, 334 ns after step start = APPI 21 Reflector 96-bit sounding sequence, AA 0x70C82679, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 61-64 (7:5); Marker 1100 (DRBG bit 0) at bits 75-78 (9:3). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010110} 8: {01010101} 9: {01011001} 10: {01010101} 11: {01010101} *************************************************************** SubEvent 2, 10.000 ms–13.289 ms, steps 12–17 Step #12: Mode-0 step on ch 17, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0x38B50481 = No payload, Access Address only Reflector Sync AA only, AA 0x8ACDD046, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #13: Main-Mode Repetition, Mode-3 step on ch 8, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0xD9AE74FF = Marker 0011 (DRBG bit 1) at bits 21-24 (2:5). Bits 0: {01010101} 1: {01010101} 2: {01010001} 3: {11010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 2 Reflector 80 µs tone, 334 ns after step start = APPI 2 Reflector 96-bit sounding sequence, AA 0xB7A76D63, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 25-28 (3:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {00011101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #14: Main-Mode Repetition, Mode-3 step on ch 2, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xF7219786 = Marker 1100 (DRBG bit 0) at bits 14-17 (1:6); Marker 0011 (DRBG bit 1) at bits 88-91 (11:0). Bits 0: {01010101} 1: {01010111} 2: {00010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {00110101} Initiator 80 µs tone, 84 ns after step start = APPI 8 Reflector 80 µs tone, 334 ns after step start = APPI 8 Reflector 96-bit sounding sequence, AA 0x57176470, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 37-40 (4:5); Marker 1100 (DRBG bit 0) at bits 88-91 (11:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010110} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {11000101} Step #15: Mode-3 step on ch 12, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xD58F347D = Marker 1100 (DRBG bit 0) at bits 0-3 (0:0); Marker 0011 (DRBG bit 1) at bits 91-94 (11:3). Bits 0: {11000101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01000111} Initiator 100 µs tone, 84 ns after step start = APPI 16, tone extension present Reflector 100 µs tone, 334 ns after step start = APPI 16, tone extension present Reflector 96-bit sounding sequence, AA 0xD3727F5D, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 57-60 (7:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {00011101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #16: Mode-3 step on ch 9, +2.616 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x8A2CF27C = Marker 0011 (DRBG bit 1) at bits 48-51 (6:0); Marker 0011 (DRBG bit 1) at bits 77-80 (9:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {00110101} 7: {01010101} 8: {01010101} 9: {01010001} 10: {11010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 22 Reflector 100 µs tone, 334 ns after step start = APPI 22, tone extension present Reflector 96-bit sounding sequence, AA 0x0E49E347, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 12-15 (1:4). Bits 0: {01010101} 1: {01010011} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #17: Mode-3 step on ch 6, +3.289 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x174662CD = Marker 1100 (DRBG bit 0) at bits 22-25 (2:6). Bits 0: {01010101} 1: {01010101} 2: {01010111} 3: {00010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 1 Reflector 80 µs tone, 334 ns after step start = APPI 1 Reflector 96-bit sounding sequence, AA 0xC8C597E5, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 60-63 (7:4); Marker 0011 (DRBG bit 1) at bits 89-92 (11:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010011} 8: {01010101} 9: {01010101} 10: {01010101} 11: {00011101} *************************************************************** Event 1, 40.000 ms SubEvent 3, 40.000 ms–43.121 ms, steps 18–23 Step #18: Mode-0 step on ch 20, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0xA73F8AF4 = No payload, Access Address only Reflector Sync AA only, AA 0x05CBB853, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #19: Main-Mode Repetition, Mode-3 step on ch 9, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0x5F1B308F = Marker 0011 (DRBG bit 1) at bits 31-34 (3:7). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010100} 4: {01110101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 15, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 15 Reflector 96-bit sounding sequence, AA 0xE9770F47, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 63-66 (7:7). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010100} 8: {01110101} 9: {01010101} 10: {01010101} 11: {01010101} Step #20: Main-Mode Repetition, Mode-3 step on ch 6, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x31E044B6 = Marker 0011 (DRBG bit 1) at bits 48-51 (6:0); Marker 1100 (DRBG bit 0) at bits 76-79 (9:4). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {00110101} 7: {01010101} 8: {01010101} 9: {01011100} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 23, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 23 Reflector 96-bit sounding sequence, AA 0xAFD673AC, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 37-40 (4:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010001} 5: {11010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #21: Mode-3 step on ch 3, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xAF9F7848 = Marker 1100 (DRBG bit 0) at bits 33-36 (4:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01100101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 23, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 23 Reflector 96-bit sounding sequence, AA 0x85E6604F, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 32-35 (4:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {00110101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #22: Mode-2 step on ch 18, +2.616 ms after subevent anchor Initiator 100 µs tone = APPI 11, tone extension present Reflector 80 µs tone, 250 ns after step start = APPI 11 Step #23: Mode-3 step on ch 5, +3.121 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x5F57BA90 = Marker 0011 (DRBG bit 1) at bits 57-60 (7:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {00011101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 8 Reflector 100 µs tone, 334 ns after step start = APPI 8, tone extension present Reflector 96-bit sounding sequence, AA 0x825F0764, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 29-32 (3:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010001} 4: {11010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} *************************************************************** SubEvent 4, 45.000 ms–48.289 ms, steps 24–29 Step #24: Mode-0 step on ch 9, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0xF071ECA6 = No payload, Access Address only Reflector Sync AA only, AA 0x35178610, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #25: Main-Mode Repetition, Mode-3 step on ch 3, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0x724B1038 = Marker 1100 (DRBG bit 0) at bits 4-7 (0:4); Marker 1100 (DRBG bit 0) at bits 91-94 (11:3). Bits 0: {01011100} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01011001} Initiator 100 µs tone, 84 ns after step start = APPI 7, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 7 Reflector 96-bit sounding sequence, AA 0x613BC2E8, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 4-7 (0:4); Marker 1100 (DRBG bit 0) at bits 71-74 (8:7). Bits 0: {01011100} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {10010101} 10: {01010101} 11: {01010101} Step #26: Main-Mode Repetition, Mode-3 step on ch 5, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xD4FDE60E = Marker 1100 (DRBG bit 0) at bits 6-9 (0:6). Bits 0: {01010111} 1: {00010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 21 Reflector 100 µs tone, 334 ns after step start = APPI 21, tone extension present Reflector 96-bit sounding sequence, AA 0x58223D9F, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 18-21 (2:2). Bits 0: {01010101} 1: {01010101} 2: {01001101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #27: Mode-3 step on ch 10, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x3A6EF4A1 = Marker 1100 (DRBG bit 0) at bits 34-37 (4:2); Marker 0011 (DRBG bit 1) at bits 72-75 (9:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01110001} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {00110101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 8 Reflector 80 µs tone, 334 ns after step start = APPI 8 Reflector 96-bit sounding sequence, AA 0xEB4B7EE0, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 16-19 (2:0). Bits 0: {01010101} 1: {01010101} 2: {11000101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #28: Mode-3 step on ch 16, +2.616 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x2FE77B50 = Marker 0011 (DRBG bit 1) at bits 6-9 (0:6); Marker 0011 (DRBG bit 1) at bits 86-89 (10:6). Bits 0: {01010100} 1: {11010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010100} 11: {11010101} Initiator 100 µs tone, 84 ns after step start = APPI 2, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 2 Reflector 96-bit sounding sequence, AA 0xEE470DB8, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 49-52 (6:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {00011101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #29: Mode-2 step on ch 4, +3.289 ms after subevent anchor Initiator 100 µs tone = APPI 14, tone extension present Reflector 80 µs tone, 250 ns after step start = APPI 14 *************************************************************** SubEvent 5, 50.000 ms–53.289 ms, steps 30–35 Step #30: Mode-0 step on ch 3, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0x2CF2DF02 = No payload, Access Address only Reflector Sync AA only, AA 0xB9E81806, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #31: Main-Mode Repetition, Mode-3 step on ch 10, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0xC0F437CB = Marker 0011 (DRBG bit 1) at bits 20-23 (2:4); Marker 0011 (DRBG bit 1) at bits 87-90 (10:7). Bits 0: {01010101} 1: {01010101} 2: {01010011} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010100} 11: {01110101} Initiator 100 µs tone, 84 ns after step start = APPI 22, tone extension present Reflector 100 µs tone, 334 ns after step start = APPI 22, tone extension present Reflector 96-bit sounding sequence, AA 0x35AF5E5D, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 26-29 (3:2); Marker 0011 (DRBG bit 1) at bits 75-78 (9:3). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01001101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01000111} 10: {01010101} 11: {01010101} Step #32: Main-Mode Repetition, Mode-3 step on ch 16, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x2CE0B190 = Marker 1100 (DRBG bit 0) at bits 39-42 (4:7); Marker 1100 (DRBG bit 0) at bits 78-81 (9:6). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {10010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010111} 10: {00010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 9, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 9 Reflector 96-bit sounding sequence, AA 0x7AB091BF, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 12-15 (1:4). Bits 0: {01010101} 1: {01011100} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #33: Mode-3 step on ch 19, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xE98DAAD0 = Marker 1100 (DRBG bit 0) at bits 42-45 (5:2). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01110001} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 21 Reflector 100 µs tone, 334 ns after step start = APPI 21, tone extension present Reflector 96-bit sounding sequence, AA 0xBE1FCF12, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 4-7 (0:4). Bits 0: {01010011} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #34: Mode-3 step on ch 7, +2.616 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x7B2588FD = Marker 1100 (DRBG bit 0) at bits 55-58 (6:7); Marker 0011 (DRBG bit 1) at bits 85-88 (10:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {10010101} 8: {01010101} 9: {01010101} 10: {01010001} 11: {11010101} Initiator 100 µs tone, 84 ns after step start = APPI 20, tone extension present Reflector 100 µs tone, 334 ns after step start = APPI 20, tone extension present Reflector 96-bit sounding sequence, AA 0x888B1F25, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 7-10 (0:7). Bits 0: {01010100} 1: {01110101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #35: Mode-3 step on ch 11, +3.289 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xFC69A8DD = Marker 0011 (DRBG bit 1) at bits 44-47 (5:4); Marker 0011 (DRBG bit 1) at bits 84-87 (10:4). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010011} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010011} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 3 Reflector 80 µs tone, 334 ns after step start = APPI 3 Reflector 96-bit sounding sequence, AA 0xE647E2AD, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 41-44 (5:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01100101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} *************************************************************** Event 2, 80.000 ms SubEvent 6, 80.000 ms–83.121 ms, steps 36–41 Step #36: Mode-0 step on ch 10, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0xC6D6F2E2 = No payload, Access Address only Reflector Sync AA only, AA 0x93418417, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #37: Main-Mode Repetition, Mode-3 step on ch 7, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0xA35E66E1 = Marker 0011 (DRBG bit 1) at bits 40-43 (5:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {00110101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 8, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 8 Reflector 96-bit sounding sequence, AA 0x4110AB72, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 53-56 (6:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010001} 7: {11010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #38: Main-Mode Repetition, Mode-3 step on ch 11, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xF63FD70B = Marker 1100 (DRBG bit 0) at bits 48-51 (6:0); Marker 1100 (DRBG bit 0) at bits 73-76 (9:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {11000101} 7: {01010101} 8: {01010101} 9: {01100101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 7 Reflector 100 µs tone, 334 ns after step start = APPI 7, tone extension present Reflector 96-bit sounding sequence, AA 0x0FA0C69B, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 13-16 (1:5); Marker 1100 (DRBG bit 0) at bits 90-93 (11:2). Bits 0: {01010101} 1: {01010001} 2: {11010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01110001} Step #39: Mode-3 step on ch 9, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xC07116E6 = Marker 0011 (DRBG bit 1) at bits 56-59 (7:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {00110101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 14 Reflector 80 µs tone, 334 ns after step start = APPI 14 Reflector 96-bit sounding sequence, AA 0x202836EB, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 38-41 (4:6). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010111} 5: {00010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #40: Mode-2 step on ch 10, +2.616 ms after subevent anchor Initiator 80 µs tone = APPI 19 Reflector 80 µs tone, 250 ns after step start = APPI 19 Step #41: Mode-3 step on ch 16, +3.121 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xF975C7DA = Marker 1100 (DRBG bit 0) at bits 20-23 (2:4); Marker 0011 (DRBG bit 1) at bits 77-80 (9:5). Bits 0: {01010101} 1: {01010101} 2: {01011100} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010001} 10: {11010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 7, tone extension present Reflector 100 µs tone, 334 ns after step start = APPI 7, tone extension present Reflector 96-bit sounding sequence, AA 0xC2EFB690, 444 ns after step start = Marker 1100 (DRBG bit 0) at bits 58-61 (7:2); Marker 1100 (DRBG bit 0) at bits 81-84 (10:1). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01110001} 8: {01010101} 9: {01010101} 10: {01100101} 11: {01010101} *************************************************************** SubEvent 7, 85.000 ms–88.289 ms, steps 42–47 Step #42: Mode-0 step on ch 8, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0x94279424 = No payload, Access Address only Reflector Sync AA only, AA 0x9652E361, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #43: Main-Mode Repetition, Mode-3 step on ch 9, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0x19D29F36 = Marker 0011 (DRBG bit 1) at bits 9-12 (1:1). Bits 0: {01010101} 1: {00011101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 12 Reflector 100 µs tone, 334 ns after step start = APPI 12, tone extension present Reflector 96-bit sounding sequence, AA 0x654219F8, 444 ns after step start = Marker 1100 (DRBG bit 0) at bits 36-39 (4:4). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01011100} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #44: Main-Mode Repetition, Mode-3 step on ch 16, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xFA3B44CE = Marker 0011 (DRBG bit 1) at bits 40-43 (5:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {00110101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 22, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 22 Reflector 96-bit sounding sequence, AA 0x25B5E588, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 60-63 (7:4); Marker 1100 (DRBG bit 0) at bits 79-82 (9:7). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010011} 8: {01010101} 9: {01010101} 10: {10010101} 11: {01010101} Step #45: Mode-3 step on ch 8, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x3AFCC966 = Marker 0011 (DRBG bit 1) at bits 23-26 (2:7). Bits 0: {01010101} 1: {01010101} 2: {01010100} 3: {01110101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 11 Reflector 80 µs tone, 334 ns after step start = APPI 11 Reflector 96-bit sounding sequence, AA 0xB439B728, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 10-13 (1:2); Marker 1100 (DRBG bit 0) at bits 75-78 (9:3). Bits 0: {01010101} 1: {01110001} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01011001} 10: {01010101} 11: {01010101} Step #46: Mode-3 step on ch 6, +2.616 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xBFCD8A16 = Marker 0011 (DRBG bit 1) at bits 4-7 (0:4). Bits 0: {01010011} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 7 Reflector 80 µs tone, 334 ns after step start = APPI 7 Reflector 96-bit sounding sequence, AA 0x0D8C3794, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 61-64 (7:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010110} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #47: Mode-2 step on ch 18, +3.289 ms after subevent anchor Initiator 100 µs tone = APPI 7, tone extension present Reflector 80 µs tone, 250 ns after step start = APPI 7 *************************************************************** SubEvent 8, 90.000 ms–93.289 ms, steps 48–53 Step #48: Mode-0 step on ch 5, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0xB830DBBE = No payload, Access Address only Reflector Sync AA only, AA 0x77342424, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #49: Main-Mode Repetition, Mode-3 step on ch 8, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0x074A4DA6 = Marker 1100 (DRBG bit 0) at bits 7-10 (0:7). Bits 0: {01010101} 1: {10010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 6 Reflector 80 µs tone, 334 ns after step start = APPI 6 Reflector 96-bit sounding sequence, AA 0x49A713B8, 424 ns after step start = Marker 0011 (DRBG bit 1) at bits 36-39 (4:4). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010011} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #50: Main-Mode Repetition, Mode-3 step on ch 6, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xBD48172D = Marker 0011 (DRBG bit 1) at bits 43-46 (5:3). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01000111} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 21 Reflector 100 µs tone, 334 ns after step start = APPI 21, tone extension present Reflector 96-bit sounding sequence, AA 0xCCC0161A, 444 ns after step start = Marker 1100 (DRBG bit 0) at bits 3-6 (0:3). Bits 0: {01011001} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #51: Mode-3 step on ch 5, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x8690B93A = Marker 0011 (DRBG bit 1) at bits 60-63 (7:4). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010011} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 6 Reflector 100 µs tone, 334 ns after step start = APPI 6, tone extension present Reflector 96-bit sounding sequence, AA 0x90F4287D, 444 ns after step start = Marker 1100 (DRBG bit 0) at bits 20-23 (2:4). Bits 0: {01010101} 1: {01010101} 2: {01011100} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #52: Mode-3 step on ch 3, +2.616 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x627EC274 = Marker 1100 (DRBG bit 0) at bits 30-33 (3:6). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010111} 4: {00010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 8, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 8 Reflector 96-bit sounding sequence, AA 0x789D6425, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 35-38 (4:3). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01011001} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #53: Mode-3 step on ch 12, +3.289 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x42BBF0C2 = Marker 1100 (DRBG bit 0) at bits 18-21 (2:2); Marker 1100 (DRBG bit 0) at bits 92-95 (11:4). Bits 0: {01010101} 1: {01010101} 2: {01110001} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01011100} Initiator 100 µs tone, 84 ns after step start = APPI 14, tone extension present Reflector 80 µs tone, 334 ns after step start = APPI 14 Reflector 96-bit sounding sequence, AA 0x4B072215, 424 ns after step start = Marker 1100 (DRBG bit 0) at bits 44-47 (5:4); Marker 1100 (DRBG bit 0) at bits 74-77 (9:2). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01011100} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01110001} 10: {01010101} 11: {01010101} *************************************************************** Event 3, 120.000 ms SubEvent 9, 120.000 ms–123.289 ms, steps 54–59 Step #54: Mode-0 step on ch 2, +150.00 µs after subevent anchor Initiator Sync AA only, AA 0x793D518F = No payload, Access Address only Reflector Sync AA only, AA 0x3BDA61F4, 176 ns after step start = No payload, Access Address only Reflector 80 µs tone, 212 ns after step start = APPI 0 Step #55: Main-Mode Repetition, Mode-3 step on ch 3, +597.00 µs after subevent anchor Initiator 96-bit sounding sequence, AA 0x057235B1 = Marker 1100 (DRBG bit 0) at bits 44-47 (5:4); Marker 0011 (DRBG bit 1) at bits 78-81 (9:6). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01011100} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010100} 10: {11010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 0, tone extension present Reflector 100 µs tone, 334 ns after step start = APPI 0, tone extension present Reflector 96-bit sounding sequence, AA 0x9236F946, 444 ns after step start = Marker 0011 (DRBG bit 1) at bits 42-45 (5:2). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01001101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #56: Main-Mode Repetition, Mode-3 step on ch 12, +1.270 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x544FA4E0 = Marker 1100 (DRBG bit 0) at bits 23-26 (2:7); Marker 1100 (DRBG bit 0) at bits 69-72 (8:5). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {10010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010110} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 100 µs tone, 84 ns after step start = APPI 16, tone extension present Reflector 100 µs tone, 334 ns after step start = APPI 16, tone extension present Reflector 96-bit sounding sequence, AA 0xFE08D47C, 444 ns after step start = Marker 1100 (DRBG bit 0) at bits 54-57 (6:6); Marker 0011 (DRBG bit 1) at bits 88-91 (11:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010111} 7: {00010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {00110101} Step #57: Mode-3 step on ch 2, +1.943 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0xD9150634 = Marker 1100 (DRBG bit 0) at bits 21-24 (2:5). Bits 0: {01010101} 1: {01010101} 2: {01010110} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 3 Reflector 100 µs tone, 334 ns after step start = APPI 3, tone extension present Reflector 96-bit sounding sequence, AA 0xD36EC1D3, 444 ns after step start = Marker 1100 (DRBG bit 0) at bits 6-9 (0:6). Bits 0: {01010111} 1: {00010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Step #58: Mode-3 step on ch 20, +2.616 ms after subevent anchor Initiator 96-bit sounding sequence, AA 0x7B030BB4 = Marker 1100 (DRBG bit 0) at bits 2-5 (0:2). Bits 0: {01110001} 1: {01010101} 2: {01010101} 3: {01010101} 4: {01010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {01010101} 10: {01010101} 11: {01010101} Initiator 80 µs tone, 84 ns after step start = APPI 23 Reflector 100 µs tone, 334 ns after step start = APPI 23, tone extension present Reflector 96-bit sounding sequence, AA 0xA15F89A6, 444 ns after step start = Marker 1100 (DRBG bit 0) at bits 30-33 (3:6); Marker 1100 (DRBG bit 0) at bits 72-75 (9:0). Bits 0: {01010101} 1: {01010101} 2: {01010101} 3: {01010111} 4: {00010101} 5: {01010101} 6: {01010101} 7: {01010101} 8: {01010101} 9: {11000101} 10: {01010101} 11: {01010101} Step #59: Mode-2 step on ch 17, +3.289 ms after subevent anchor Initiator 80 µs tone = APPI 22 Reflector 80 µs tone, 250 ns after step start = APPI 22

8.2. Channel Selection Algorithm #3c

The timing parameters provided with each set are used to actively calculate the number of steps included in each CS subevent.

8.2.1. Set 1

Time parameters:

Sync packet:	T_SY = 26
Frequency measurement:	T_FM = 80 µs
Guard Time:	T_GD = 10 µs
Time to hop:	T_FCS = 15 µs
Ramp down time:	T_RD = 5 µs
Interlude period 1:	T_IP1 = 10 µs
Interlude period 2:	T_IP2 = 10 µs
Phase measurement time:	T_PM = 10 µs
Number of antenna path:	N_AP = 1
Antenna switch time:	T_SW = 0 µs
-------------------------------------------
CSShapeSelection:	X
CSChannelJump:	2
CSNumRepetitions:	1
-------------------------------------------
Mode-0 duration:	177 µs
Main-mode (Mode-2) duration:	75 µs
Sub-Mode (Mode-3) duration:	147 µs
Minimum main mode steps:	2
Maximum main mode steps:	4
PHY:	2 Mbps
RTT Type:	AA-only
-------------------------------------------
Event duration:	5000 µs
Mode_0_Steps:	3
Main_Mode_Repetition:	3

************************************** Channel Map *************************************** Bit-map: 1F FF FF FF FF FF FC 7F FF FC Filtered channels: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76

******************************* INSTANTIATION FUNCTION ********************************** h9() instantiation ***************************************************************************************** Entropy input Peripheral (CS_IV_P): E1 0B C2 8A 0B FD DF E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral (CS_IN_P): 9F F4 77 C1 Nonce Central (CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 ************************************ INITIAL K and V *********************************** K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 **************************************************************************************** Step=0 | Mode=0 *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 0; New DRBG octets: FF BC C1 CA 39 A6 9D C4 07 38 EF 33 D9 D1 35 32 *************************************************************** T_ID 1 - mode0 channel (8 bits): FF - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): BC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): C1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): CA - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 39 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): A6 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): 9D - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): C4 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 07 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8 bits): 38 - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 33 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): D9 - Range = 14 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): D1 - Range = 15 (decimal); hr1 = 12 (decimal) T_ID 1 - mode0 channel (8 bits): 35 - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 32 - Range = 17 (decimal); hr1 = 3 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 1; New DRBG octets: 51 EE 4B B0 3E E6 D0 A1 71 87 1C 2E 60 46 8F 6C *************************************************************** T_ID 1 - mode0 channel (8 bits): 51 - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): EE - Range = 19 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8 bits): 4B - Range = 20 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): B0 - Range = 21 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8 bits): 3E - Range = 22 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): E6 - Range = 23 (decimal); hr1 = 20 (decimal) T_ID 1 - mode0 channel (8 bits): D0 - Range = 24 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): A1 - Range = 25 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8 bits): 71 - Range = 26 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 87 - Range = 27 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8 bits): 1C - Range = 28 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 2E - Range = 29 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 60 - Range = 30 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 46 - Range = 31 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): 8F - Range = 32 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8 bits): 6C - Range = 33 (decimal); hr1 = 13 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 2; New DRBG octets: 7D 75 2F 17 23 57 34 22 EF C7 CB C2 1F 18 90 8F *************************************************************** T_ID 1 - mode0 channel (8 bits): 7D - Range = 34 (decimal); hr1 = 16 (decimal) T_ID 1 - mode0 channel (8 bits): 75 - Range = 35 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8 bits): 2F - Range = 36 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 17 - Range = 37 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 23 - Range = 38 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 57 - Range = 39 (decimal); hr1 = 13 (decimal) T_ID 1 - mode0 channel (8 bits): 34 - Range = 40 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): 22 - Range = 41 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): EF - Range = 42 (decimal); hr1 = 39 (decimal) T_ID 1 - mode0 channel (8 bits): C7 - Range = 43 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8 bits): CB - Range = 44 (decimal); hr1 = 34 (decimal) T_ID 1 - mode0 channel (16 bits): C2 1F - Range = 45 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 18 - Range = 46 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): 90 - Range = 47 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8 bits): 8F - Range = 48 (decimal); hr1 = 26 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 3; New DRBG octets: 64 74 2B E9 80 0D 87 22 36 1E 6F 55 61 A8 7C 17 *************************************************************** T_ID 1 - mode0 channel (8 bits): 64 - Range = 49 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): 74 - Range = 50 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (8 bits): 2B - Range = 51 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): E9 - Range = 52 (decimal); hr1 = 47 (decimal) T_ID 1 - mode0 channel (8 bits): 80 - Range = 53 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8 bits): 0D - Range = 54 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (16 bits): 87 22 - Range = 55 (decimal); hr1 = 7 (decimal) T_ID 1 - mode0 channel (8 bits): 36 - Range = 56 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 1E - Range = 57 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 6F - Range = 58 (decimal); hr1 = 25 (decimal) T_ID 1 - mode0 channel (8 bits): 55 - Range = 59 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): 61 - Range = 60 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (16 bits): A8 7C - Range = 61 (decimal); hr1 = 29 (decimal) T_ID 1 - mode0 channel (8 bits): 17 - Range = 62 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 4; New DRBG octets: 0F 2F 55 C1 9B BD 7C 71 EC 79 0A 97 FD 0D 93 69 *************************************************************** T_ID 1 - mode0 channel (8 bits): 0F - Range = 63 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 2F - Range = 64 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 55 - Range = 65 (decimal); hr1 = 21 (decimal) T_ID 1 - mode0 channel (8 bits): C1 - Range = 66 (decimal); hr1 = 49 (decimal) T_ID 1 - mode0 channel (8 bits): 9B - Range = 67 (decimal); hr1 = 40 (decimal) T_ID 1 - mode0 channel (8 bits): BD - Range = 68 (decimal); hr1 = 50 (decimal) T_ID 1 - mode0 channel (8 bits): 7C - Range = 69 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8 bits): 71 - Range = 70 (decimal); hr1 = 30 (decimal) T_ID 1 - mode0 channel (8 bits): EC - Range = 71 (decimal); hr1 = 65 (decimal) T_ID 1 - mode0 channel (16 bits): 79 0A - Range = 72 (decimal); hr1 = 2 (decimal) Mode0ShuffledchannelArray: 11 7 76 67 50 66 61 59 55 2 4 68 16 43 31 39 38 36 3 63 27 69 64 19 6 62 57 18 26 65 74 20 13 73 48 10 32 33 37 46 71 35 17 29 45 9 22 56 28 70 72 51 52 14 8 34 40 15 53 54 30 49 41 60 21 75 42 44 47 5 12 58 Jitter selection: *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 0; New DRBG octets: 79 74 1F D1 8F 57 7B 45 D0 9A 66 5A 7F 1F 28 58 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 79 - Range = 2 (decimal); hr1 = 0 (decimal) ShapeChSeq: 1 76 3 74 5 72 7 70 9 68 11 66 13 64 15 62 17 60 19 58 21 56 23 54 25 52 27 50 29 48 31 46 33 44 35 42 37 40 39 38 41 36 43 34 45 32 47 30 49 28 51 26 53 24 55 22 57 20 59 18 61 16 63 14 65 12 67 10 69 8 71 6 73 4 75 2 77 0 firstAndEndAllChSeq: 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 57 - Range = 6 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7B - Range = 7 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 45 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 9 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (16 bits): 9A 66 - Range = 10 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 11 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7F - Range = 12 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 13 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 28 - Range = 14 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 15 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 1; New DRBG octets: D1 C1 D0 5A 40 B4 C4 81 EF BB 39 B2 61 D2 9C 4E *************************************************************** T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 16 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): C1 - Range = 17 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 18 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 19 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (16 bits): 40 B4 - Range = 20 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): C4 - Range = 21 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 22 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): EF - Range = 23 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): BB - Range = 24 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 25 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (16 bits): B2 61 - Range = 26 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): D2 - Range = 27 (decimal); hr1 = 22 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9C - Range = 28 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4E - Range = 29 (decimal); hr1 = 8 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 2; New DRBG octets: 71 FD E8 68 E8 CA CA D1 18 E5 9B 18 5C EE FC 17 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 71 - Range = 30 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): FD - Range = 31 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 32 (decimal); hr1 = 29 (decimal) T_ID 0 - non-mode0 channel (8 bits): 68 - Range = 33 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 34 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): CA - Range = 35 (decimal); hr1 = 27 (decimal) T_ID 0 - non-mode0 channel (8 bits): CA - Range = 36 (decimal); hr1 = 28 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 37 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): 18 - Range = 38 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): E5 - Range = 39 (decimal); hr1 = 34 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9B - Range = 40 (decimal); hr1 = 24 (decimal) firstAndEndAllChSeq Shuffled: 22 32 33 57 29 44 38 28 48 45 26 41 36 52 39 27 40 47 23 37 20 42 46 31 59 21 24 54 55 51 56 35 49 50 58 25 53 30 43 34 middleAllChSeq: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 T_ID 0 - non-mode0 channel (8 bits): 18 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5C - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): EE - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): FC - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 17 - Range = 6 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 3; New DRBG octets: B5 0E CB BF 12 99 7C 4B 02 63 35 D0 81 C5 6B D0 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): B5 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0E - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 9 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): BF - Range = 10 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 12 - Range = 11 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 99 - Range = 12 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7C - Range = 13 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 14 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 15 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 63 - Range = 16 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 35 - Range = 17 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 18 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 19 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): C5 - Range = 20 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6B - Range = 21 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 22 (decimal); hr1 = 17 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 4; New DRBG octets: C3 3C B1 23 C6 A2 E0 8A BE 0E 8A BD 22 CB 24 1F *************************************************************** T_ID 0 - non-mode0 channel (8 bits): C3 - Range = 23 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3C - Range = 24 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): B1 - Range = 25 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 26 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): C6 - Range = 27 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8 bits): A2 - Range = 28 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): E0 - Range = 29 (decimal); hr1 = 25 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 30 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (16 bits): BE 0E - Range = 31 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 32 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): BD - Range = 33 (decimal); hr1 = 24 (decimal) T_ID 0 - non-mode0 channel (8 bits): 22 - Range = 34 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 35 (decimal); hr1 = 27 (decimal) T_ID 0 - non-mode0 channel (8 bits): 24 - Range = 36 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 37 (decimal); hr1 = 4 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 5; New DRBG octets: 68 87 A9 32 7B E1 61 B4 CD 1E 92 4D AC 00 74 05 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 68 - Range = 38 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): 87 - Range = 39 (decimal); hr1 = 20 (decimal) middleAllChSeq Shuffled: 14 70 0 65 76 75 15 11 60 18 7 9 4 6 17 77 69 71 8 12 78 10 61 1 72 68 5 74 16 3 2 67 62 13 64 63 73 19 66 firstAndEndUnusedChSeq: firstAndEndUnusedChSeq Shuffled: middleUnusedChSeq: 78 middleUnusedChSeq Shuffled: 78 FirstAndEndSaltChSeq: 22 32 33 57 29 44 38 28 48 45 26 41 36 52 39 27 40 47 23 37 20 42 46 31 59 21 24 54 55 51 56 35 49 50 58 25 53 30 43 34 MiddleSaltChSeq: 78 14 70 0 65 76 75 15 11 60 18 7 9 4 6 17 77 69 71 8 12 78 10 61 1 72 68 5 74 16 3 2 67 62 13 64 63 73 19 66 Random number for initial and end salting T_ID 0 - non-mode0 channel (8 bits): A9 - Range = 10 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 32 - Range = 5 (decimal); hr1 = 0 (decimal) SaltedChSeq: 22 78 32 14 33 70 57 1 76 29 3 74 44 5 72 38 7 70 28 9 68 48 11 66 45 13 64 26 15 62 41 17 60 36 19 58 0 21 56 65 23 54 76 25 52 75 27 50 15 29 48 11 31 46 60 33 44 18 35 42 7 37 40 9 39 38 4 41 36 6 43 34 17 45 32 77 47 30 69 49 28 71 51 26 8 53 24 12 55 22 78 57 20 10 59 18 52 61 16 39 63 14 27 65 12 40 67 10 47 69 8 23 71 6 37 73 4 20 75 2 42 77 0 46 tempBlockSeq: 22 32 14 33 70 57 76 29 3 74 44 5 72 38 7 70 28 9 68 48 11 66 45 13 64 26 15 62 T_ID 0 - non-mode0 channel (8 bits): 7B - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): E1 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): B4 - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): CD - Range = 6 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1E - Range = 7 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 92 - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4D - Range = 9 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): AC - Range = 10 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (16 bits): 00 74 - Range = 11 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 05 - Range = 12 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 6; New DRBG octets: 2B BC 5A 8F FB 1E 39 AA 02 8F F4 4C 0A 11 7D F9 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 2B - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): BC - Range = 14 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 15 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 16 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): FB - Range = 17 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1E - Range = 18 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 19 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): AA - Range = 20 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 21 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 22 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): F4 - Range = 23 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4C - Range = 24 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 25 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 11 - Range = 26 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7D - Range = 27 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 28 (decimal); hr1 = 27 (decimal) tempBlockSeq Shuffled: 64 26 9 70 68 7 74 13 70 32 38 76 66 15 22 14 28 72 44 29 5 45 3 57 11 33 48 62 tempBlockSeq: 41 17 60 36 19 58 21 56 65 54 76 52 75 27 50 15 29 48 11 31 46 60 33 44 18 35 42 7 *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 7; New DRBG octets: 58 A1 10 C9 6F 8A 88 43 76 61 17 07 D7 61 DF A3 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): A1 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 10 - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): C9 - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6F - Range = 6 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 7 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 88 - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 43 - Range = 9 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 76 - Range = 10 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 11 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 17 - Range = 12 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 07 - Range = 13 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D7 - Range = 14 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 15 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): DF - Range = 16 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): A3 - Range = 17 (decimal); hr1 = 10 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 8; New DRBG octets: 53 23 37 62 4B C5 D9 66 1A C4 34 BC 41 36 C0 FE *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 53 - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 19 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 37 - Range = 20 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 62 - Range = 21 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 22 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): C5 - Range = 23 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 24 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8 bits): 66 - Range = 25 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1A - Range = 26 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): C4 - Range = 27 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8 bits): 34 - Range = 28 (decimal); hr1 = 5 (decimal) tempBlockSeq Shuffled: 75 52 35 21 31 7 60 17 46 18 29 27 36 15 41 60 54 33 65 76 42 19 50 58 56 11 44 48 tempBlockSeq: 37 40 9 39 38 4 41 36 6 43 34 17 45 32 47 30 69 49 28 71 51 26 8 53 12 55 22 57 T_ID 0 - non-mode0 channel (8 bits): BC - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 41 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 36 - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): C0 - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): FE - Range = 6 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 9; New DRBG octets: 28 BE 39 8A 7D 3F DA 86 15 0A 83 3E 4B 8B 3D D9 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 28 - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): BE - Range = 8 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (16 bits): 39 8A - Range = 9 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7D - Range = 10 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3F - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): DA - Range = 12 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): 86 - Range = 13 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 15 - Range = 14 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 15 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 83 - Range = 16 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3E - Range = 17 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8B - Range = 19 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3D - Range = 20 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 21 (decimal); hr1 = 17 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 10; New DRBG octets: 86 AD C3 21 02 CF 55 74 D9 58 09 10 16 F9 64 97 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 86 - Range = 22 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): AD - Range = 23 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): C3 - Range = 24 (decimal); hr1 = 18 (decimal) T_ID 0 - non-mode0 channel (8 bits): 21 - Range = 25 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 26 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): CF - Range = 27 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): 55 - Range = 28 (decimal); hr1 = 9 (decimal) tempBlockSeq Shuffled: 55 32 34 12 71 49 45 4 30 57 28 26 40 41 39 8 43 51 53 69 36 22 9 17 38 47 37 6 tempBlockSeq: 20 10 59 18 52 61 16 39 63 14 27 65 12 40 67 10 47 69 8 71 6 37 73 4 20 75 2 42 46 T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 09 - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 10 - Range = 6 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 16 - Range = 7 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 8 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 64 - Range = 9 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 97 - Range = 10 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 11; New DRBG octets: A9 B9 82 8A 7F 2A EC D9 59 D1 74 8B C0 31 4A 9F *************************************************************** T_ID 0 - non-mode0 channel (8 bits): A9 - Range = 11 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): B9 - Range = 12 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 82 - Range = 13 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 14 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7F - Range = 15 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2A - Range = 16 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): EC - Range = 17 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 18 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): 59 - Range = 19 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 20 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 21 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8B - Range = 22 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): C0 - Range = 23 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 31 - Range = 24 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4A - Range = 25 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9F - Range = 26 (decimal); hr1 = 16 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 12; New DRBG octets: 59 E0 5C 66 A0 CE 21 CB 23 81 24 96 31 01 37 50 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 59 - Range = 27 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): E0 - Range = 28 (decimal); hr1 = 24 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5C - Range = 29 (decimal); hr1 = 10 (decimal) tempBlockSeq Shuffled: 16 18 10 63 4 14 8 20 65 2 46 37 61 27 40 69 75 73 12 59 52 20 47 10 42 71 6 67 39 NonMode0ShuffledChannelArray: 64 26 9 70 68 7 74 13 70 32 38 76 66 15 22 14 28 72 44 29 5 45 3 57 11 33 48 62 75 52 35 21 31 7 60 17 46 18 29 27 36 15 41 60 54 33 65 76 42 19 50 58 56 11 44 48 55 32 34 12 71 49 45 4 30 57 28 26 40 41 39 8 43 51 53 69 36 22 9 17 38 47 37 6 16 18 10 63 4 14 8 20 65 2 46 37 61 27 40 69 75 73 12 59 52 20 47 10 42 71 6 67 39 *************************************************************** Step Counter = 3; Transaction ID = 2; Transaction Counter = 0; New DRBG octets: F8 82 2A 54 E0 7C 50 15 57 CD 98 51 69 D4 AC AB *************************************************************** T_ID 2 - Submode insertion (8 bits): F8 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 82 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 2A - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 54 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): E0 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 7C - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 50 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 15 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 57 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): CD - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 98 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 51 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 69 - Range = 3 (decimal); hr1 = 1 (decimal) Event 1 is full. step_ctr = 51, seq_ctr = 48, time = 4995 T_ID 2 - Submode insertion (8 bits): D4 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): AC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): AB - Range = 3 (decimal); hr1 = 2 (decimal) *************************************************************** Step Counter = 68; Transaction ID = 2; Transaction Counter = 0; New DRBG octets: 99 24 D0 DE B1 04 EF EE 43 9F 91 BD 9F 61 D0 3A *************************************************************** T_ID 2 - Submode insertion (8 bits): 99 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 24 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): D0 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): DE - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): B1 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 04 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): EF - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): EE - Range = 3 (decimal); hr1 = 2 (decimal) Event 2 is full. step_ctr = 52, seq_ctr = 94, time = 4926 T_ID 2 - Submode insertion (8 bits): 43 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 9F - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 91 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): BD - Range = 3 (decimal); hr1 = 2 (decimal) steps per event: 25, time = 2469 Event 1 channels: 11 7 76 64 26 9 70 68 7 74 13 70 32 38 76 66 15 22 14 28 72 44 29 5 45 3 57 11 33 48 62 75 52 35 21 31 7 60 17 46 18 29 27 36 15 41 60 54 33 65 76 Event 2 channels: 67 50 66 54 65 76 42 19 50 58 56 11 44 48 55 32 34 12 71 49 45 4 30 57 28 26 40 41 39 8 43 51 53 69 36 22 9 17 38 47 37 6 16 18 10 63 4 14 8 20 65 2 Event 3 channels: 61 59 55 8 20 2 46 37 61 27 40 69 75 73 12 59 52 20 47 10 42 71 6 67 39

8.2.2. Set 2

Time parameters:

Sync packet:	T_SY = 26
Frequency measurement:	T_FM = 80 µs
Guard Time:	T_GD = 10 µs
Time to hop:	T_FCS = 15 µs
Ramp down time:	T_RD = 5 µs
Interlude period 1:	T_IP1 = 10 µs
Interlude period 2:	T_IP2 = 10 µs
Phase measurement time:	T_PM = 10 µs
Number of antenna path:	N_AP = 1
Antenna switch time:	T_SW = 0 µs
-------------------------------------------
CSShapeSelection:	Hat
CSChannelJump:	2
CSNumRepetitions:	1
-------------------------------------------
Mode-0 duration:	177 µs
Main-mode (Mode-2) duration:	75 µs
Sub-Mode (Mode-3) duration:	147 µs
Minimum main mode steps:	2
Maximum main mode steps:	4
PHY:	2 Mbps
RTT Type:	AA-only
-------------------------------------------
Event duration:	5000 µs
Mode_0_Steps:	3
Main_Mode_Repetition:	3

********************************** Channel Map ******************************************* Bit-map: 1F FF FF FF FF FF FC 7F FF FC Filtered channels: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76

******************************* INSTANTIATION FUNCTION ********************************** h9() instantiation ***************************************************************************************** Entropy input Peripheral (CS_IV_P): E1 0B C2 8A 0B FD DF E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral (CS_IN_P): 9F F4 77 C1 Nonce Central (CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 ************************************ INITIAL K and V *********************************** K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 **************************************************************************************** Step=0 | Mode=0 *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 0; New DRBG octets: FF BC C1 CA 39 A6 9D C4 07 38 EF 33 D9 D1 35 32 *************************************************************** T_ID 1 - mode0 channel (8 bits): FF - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): BC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): C1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): CA - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 39 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): A6 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): 9D - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): C4 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 07 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8 bits): 38 - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 33 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): D9 - Range = 14 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): D1 - Range = 15 (decimal); hr1 = 12 (decimal) T_ID 1 - mode0 channel (8 bits): 35 - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 32 - Range = 17 (decimal); hr1 = 3 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 1; New DRBG octets: 51 EE 4B B0 3E E6 D0 A1 71 87 1C 2E 60 46 8F 6C *************************************************************** T_ID 1 - mode0 channel (8 bits): 51 - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): EE - Range = 19 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8 bits): 4B - Range = 20 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): B0 - Range = 21 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8 bits): 3E - Range = 22 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): E6 - Range = 23 (decimal); hr1 = 20 (decimal) T_ID 1 - mode0 channel (8 bits): D0 - Range = 24 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): A1 - Range = 25 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8 bits): 71 - Range = 26 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 87 - Range = 27 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8 bits): 1C - Range = 28 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 2E - Range = 29 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 60 - Range = 30 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 46 - Range = 31 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): 8F - Range = 32 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8 bits): 6C - Range = 33 (decimal); hr1 = 13 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 2; New DRBG octets: 7D 75 2F 17 23 57 34 22 EF C7 CB C2 1F 18 90 8F *************************************************************** T_ID 1 - mode0 channel (8 bits): 7D - Range = 34 (decimal); hr1 = 16 (decimal) T_ID 1 - mode0 channel (8 bits): 75 - Range = 35 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8 bits): 2F - Range = 36 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 17 - Range = 37 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 23 - Range = 38 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 57 - Range = 39 (decimal); hr1 = 13 (decimal) T_ID 1 - mode0 channel (8 bits): 34 - Range = 40 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): 22 - Range = 41 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): EF - Range = 42 (decimal); hr1 = 39 (decimal) T_ID 1 - mode0 channel (8 bits): C7 - Range = 43 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8 bits): CB - Range = 44 (decimal); hr1 = 34 (decimal) T_ID 1 - mode0 channel (16 bits): C2 1F - Range = 45 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 18 - Range = 46 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): 90 - Range = 47 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8 bits): 8F - Range = 48 (decimal); hr1 = 26 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 3; New DRBG octets: 64 74 2B E9 80 0D 87 22 36 1E 6F 55 61 A8 7C 17 *************************************************************** T_ID 1 - mode0 channel (8 bits): 64 - Range = 49 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): 74 - Range = 50 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (8 bits): 2B - Range = 51 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): E9 - Range = 52 (decimal); hr1 = 47 (decimal) T_ID 1 - mode0 channel (8 bits): 80 - Range = 53 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8 bits): 0D - Range = 54 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (16 bits): 87 22 - Range = 55 (decimal); hr1 = 7 (decimal) T_ID 1 - mode0 channel (8 bits): 36 - Range = 56 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 1E - Range = 57 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 6F - Range = 58 (decimal); hr1 = 25 (decimal) T_ID 1 - mode0 channel (8 bits): 55 - Range = 59 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bis): 61 - Range = 60 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (16 bits): A8 7C - Range = 61 (decimal); hr1 = 29 (decimal) T_ID 1 - mode0 channel (8 bits): 17 - Range = 62 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 4; New DRBG octets: 0F 2F 55 C1 9B BD 7C 71 EC 79 0A 97 FD 0D 93 69 *************************************************************** T_ID 1 - mode0 channel (8 bits): 0F - Range = 63 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 2F - Range = 64 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 55 - Range = 65 (decimal); hr1 = 21 (decimal) T_ID 1 - mode0 channel (8 bits): C1 - Range = 66 (decimal); hr1 = 49 (decimal) T_ID 1 - mode0 channel (8 bits): 9B - Range = 67 (decimal); hr1 = 40 (decimal) T_ID 1 - mode0 channel (8 bits): BD - Range = 68 (decimal); hr1 = 50 (decimal) T_ID 1 - mode0 channel (8 bits): 7C - Range = 69 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8 bits): 71 - Range = 70 (decimal); hr1 = 30 (decimal) T_ID 1 - mode0 channel (8 bits): EC - Range = 71 (decimal); hr1 = 65 (decimal) T_ID 1 - mode0 channel (16 bits): 79 0A - Range = 72 (decimal); hr1 = 2 (decimal) Mode0ShuffledChannelArray: 11 7 76 67 50 66 61 59 55 2 4 68 16 43 31 39 38 36 3 63 27 69 64 19 6 62 57 18 26 65 74 20 13 73 48 10 32 33 37 46 71 35 17 29 45 9 22 56 28 70 72 51 52 14 8 34 40 15 53 54 30 49 41 60 21 75 42 44 47 5 12 58 Jitter selection: *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 0; New DRBG octets: 79 74 1F D1 8F 57 7B 45 D0 9A 66 5A 7F 1F 28 58 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 79 - Range = 2 (decimal); hr1 = 0 (decimal) ShapeChSeq : 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63 65 67 69 71 73 75 77 76 74 72 70 68 66 64 62 60 58 56 54 52 50 48 46 44 42 40 38 36 34 32 30 28 26 24 22 20 18 16 14 12 10 8 6 4 2 0 firstAndEndAllChSeq: 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 57 - Range = 6 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7B - Range = 7 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 45 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 9 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (16 bits): 9A 66 - Range = 10 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 11 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7F - Range = 12 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 13 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 28 - Range = 14 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 15 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 1; New DRBG octets: D1 C1 D0 5A 40 B4 C4 81 EF BB 39 B2 61 D2 9C 4E *************************************************************** T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 16 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): C1 - Range = 17 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 18 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 19 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (16 bits): 40 B4 - Range = 20 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): C4 - Range = 21 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 22 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): EF - Range = 23 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): BB - Range = 24 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 25 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (16 bits): B2 61 - Range = 26 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): D2 - Range = 27 (decimal); hr1 = 22 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9C - Range = 28 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4E - Range = 29 (decimal); hr1 = 8 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 2; New DRBG octets: 71 FD E8 68 E8 CA CA D1 18 E5 9B 18 5C EE FC 17 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 71 - Range = 30 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): FD - Range = 31 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 32 (decimal); hr1 = 29 (decimal) T_ID 0 - non-mode0 channel (8 bits): 68 - Range = 33 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 34 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): CA - Range = 35 (decimal); hr1 = 27 (decimal) T_ID 0 - non-mode0 channel (8 bits): CA - Range = 36 (decimal); hr1 = 28 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 37 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): 18 - Range = 38 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): E5 - Range = 39 (decimal); hr1 = 34 (decimal) firstAndEndAllChSeq Shuffled: 42 52 53 77 49 64 58 48 68 65 46 61 56 72 59 47 60 67 43 57 40 62 66 51 54 41 44 74 75 71 76 55 69 70 78 45 73 50 63 middleAllChSeq: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 T_ID 0 - non-mode0 channel (8 bits): 9B - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 18 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5C - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): EE - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): FC - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 17 - Range = 7 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 3; New DRBG octets: B5 0E CB BF 12 99 7C 4B 02 63 35 D0 81 C5 6B D0 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): B5 - Range = 8 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0E - Range = 9 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 10 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): BF - Range = 11 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 12 - Range = 12 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 99 - Range = 13 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7C - Range = 14 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 15 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 16 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 63 - Range = 17 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 35 - Range = 18 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 19 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 20 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): C5 - Range = 21 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6B - Range = 22 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 23 (decimal); hr1 = 18 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 4; New DRBG octets: C3 3C B1 23 C6 A2 E0 8A BE 0E 8A BD 22 CB 24 1F *************************************************************** T_ID 0 - non-mode0 channel (8 bits): C3 - Range = 24 (decimal); hr1 = 18 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3C - Range = 25 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): B1 - Range = 26 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 27 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): C6 - Range = 28 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): A2 - Range = 29 (decimal); hr1 = 18 (decimal) T_ID 0 - non-mode0 channel (8 bits): E0 - Range = 30 (decimal); hr1 = 26 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 31 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): BE - Range = 32 (decimal); hr1 = 23 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0E - Range = 33 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 34 (decimal); hr1 = 18 (decimal) T_ID 0 - non-mode0 channel (8 bits): BD - Range = 35 (decimal); hr1 = 25 (decimal) T_ID 0 - non-mode0 channel (8 bits): 22 - Range = 36 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 37 (decimal); hr1 = 29 (decimal) T_ID 0 - non-mode0 channel (8 bits): 24 - Range = 38 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 39 (decimal); hr1 = 4 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 5; New DRBG octets: 68 87 A9 32 7B E1 61 B4 CD 1E 92 4D AC 00 74 05 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 68 - Range = 40 (decimal); hr1 = 16 (decimal) middleAllChSeq Shuffled: 15 32 0 26 38 37 16 12 10 21 19 8 9 2 4 18 39 25 33 6 13 27 11 31 7 34 29 5 23 36 20 22 3 28 1 14 17 24 35 30 firstAndEndUnusedChSeq: 78 firstAndEndUnusedChSeq Shuffled: 78 middleUnusedChSeq: middleUnusedChSeq Shuffled: FirstAndEndSaltChSeq: 78 42 52 53 77 49 64 58 48 68 65 46 61 56 72 59 47 60 67 43 57 40 62 66 51 54 41 44 74 75 71 76 55 69 70 78 45 73 50 63 MiddleSaltChSeq: 15 32 0 26 38 37 16 12 10 21 19 8 9 2 4 18 39 25 33 6 13 27 11 31 7 34 29 5 23 36 20 22 3 28 1 14 17 24 35 30 Random number for initial and end salting T_ID 0 - non-mode0 channel (8 bits): 87 - Range = 10 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): A9 - Range = 5 (decimal); hr1 = 3 (decimal) SaltedChSeq: 78 15 42 32 52 53 1 3 77 5 7 49 9 11 64 13 15 58 17 19 48 21 23 68 25 27 65 29 31 46 33 35 61 37 39 0 41 43 26 45 47 38 49 51 37 53 55 16 57 59 12 61 63 10 65 67 21 69 71 19 73 75 8 77 76 9 74 72 2 70 68 4 66 64 18 62 60 39 58 56 25 54 52 33 50 48 6 46 44 13 42 40 56 38 36 72 34 32 59 30 28 47 26 24 60 22 20 67 18 16 43 14 12 57 10 8 40 6 4 62 2 0 66 27 51 11 31 7 tempBlockSeq: 15 42 32 52 53 3 5 7 49 9 11 64 13 15 58 17 19 48 21 68 27 65 29 31 46 33 35 61 37 T_ID 0 - non-mode0 channel (8 bits): 32 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7B - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): E1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): B4 - Range = 6 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): CD - Range = 7 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1E - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 92 - Range = 9 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (16 bits): 4D AC - Range = 10 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (16 bits): 00 74 - Range = 11 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 05 - Range = 12 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 6; New DRBG octets: 2B BC 5A 8F FB 1E 39 AA 02 8F F4 4C 0A 11 7D F9 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 2B - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): BC - Range = 14 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 15 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 16 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): FB - Range = 17 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1E - Range = 18 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 19 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): AA - Range = 20 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 21 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 22 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): F4 - Range = 23 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4C - Range = 24 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 25 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 11 - Range = 26 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7D - Range = 27 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 28 (decimal); hr1 = 27 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 7; New DRBG octets: 58 A1 10 C9 6F 8A 88 43 76 61 17 07 D7 61 DF A3 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 29 (decimal); hr1 = 9 (decimal) tempBlockSeq Shuffled: 46 33 48 52 21 58 9 31 17 37 15 7 65 35 49 5 19 13 11 3 64 29 15 42 27 53 68 61 32 tempBlockSeq: 39 41 43 26 45 47 38 49 51 37 53 55 16 57 59 12 61 63 10 65 67 21 69 71 19 73 75 8 76 T_ID 0 - non-mode0 channel (8 bits): A1 - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 10 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): C9 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6F - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 6 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 88 - Range = 7 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 43 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 76 - Range = 9 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 10 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 17 - Range = 11 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 07 - Range = 12 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D7 - Range = 13 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 14 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): DF - Range = 15 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): A3 - Range = 16 (decimal); hr1 = 10 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 8; New DRBG octets: 53 23 37 62 4B C5 D9 66 1A C4 34 BC 41 36 C0 FE *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 53 - Range = 17 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 18 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 37 - Range = 19 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 62 - Range = 20 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 21 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): C5 - Range = 22 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 23 (decimal); hr1 = 19 (decimal) T_ID 0 - non-mode0 channel (8 bits): 66 - Range = 24 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1A - Range = 25 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): C4 - Range = 26 (decimal); hr1 = 19 (decimal) T_ID 0 - non-mode0 channel (8 bits): 34 - Range = 27 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): BC - Range = 28 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8 bits): 41 - Range = 29 (decimal); hr1 = 7 (decimal) tempBlockSeq Shuffled: 55 41 19 37 10 75 67 76 39 71 12 53 43 59 26 16 21 49 51 73 8 57 45 38 63 69 61 47 65 tempBlockSeq: 9 74 72 2 70 68 4 66 64 18 62 60 39 58 56 54 52 33 50 48 6 46 44 13 42 40 56 38 36 T_ID 0 - non-mode0 channel (8 bits): 36 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): C0 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): FE - Range = 4 (decimal); hr1 = 3 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 9; New DRBG octets: 28 BE 39 8A 7D 3F DA 86 15 0A 83 3E 4B 8B 3D D9 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 28 - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): BE - Range = 6 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7D - Range = 9 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3F - Range = 10 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): DA - Range = 11 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 86 - Range = 12 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 15 - Range = 13 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 14 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 83 - Range = 15 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3E - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 17 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8B - Range = 18 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3D - Range = 19 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 20 (decimal); hr1 = 16 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 10; New DRBG octets: 86 AD C3 21 02 CF 55 74 D9 58 09 10 16 F9 64 97 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 86 - Range = 21 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): AD - Range = 22 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): C3 - Range = 23 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 21 - Range = 24 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 25 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (16 bits): CF 55 - Range = 26 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 27 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 28 (decimal); hr1 = 23 (decimal) T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 29 (decimal); hr1 = 9 (decimal) tempBlockSeq Shuffled: 42 39 18 13 50 74 60 56 40 36 6 9 56 70 46 2 48 44 52 64 72 68 62 38 58 66 4 54 33 tempBlockSeq: 72 34 32 59 30 28 47 26 60 22 20 67 18 16 43 14 12 57 10 8 40 6 4 62 2 66 27 51 11 31 7 T_ID 0 - non-mode0 channel (8 bits): 09 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 10 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 16 - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 64 - Range = 6 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 97 - Range = 7 (decimal); hr1 = 4 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 11; New DRBG octets: A9 B9 82 8A 7F 2A EC D9 59 D1 74 8B C0 31 4A 9F *************************************************************** T_ID 0 - non-mode0 channel (8 bits): A9 - Range = 8 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): B9 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 82 - Range = 10 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 11 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7F - Range = 12 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2A - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): EC - Range = 14 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 15 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): 59 - Range = 16 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 17 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 18 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8B - Range = 19 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (16 bits): C0 31 - Range = 20 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4A - Range = 21 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9F - Range = 22 (decimal); hr1 = 13 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 12; New DRBG octets: 59 E0 5C 66 A0 CE 21 CB 23 81 24 96 31 01 37 50 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 59 - Range = 23 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (16 bits): E0 5C - Range = 24 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 66 - Range = 25 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): A0 - Range = 26 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): CE - Range = 27 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): 21 - Range = 28 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 29 (decimal); hr1 = 22 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 30 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 31 (decimal); hr1 = 15 (decimal) tempBlockSeq Shuffled: 59 72 18 51 31 14 40 4 62 2 10 20 43 6 16 7 66 30 22 32 60 27 11 57 26 28 12 8 34 47 67 NonMode0ShuffledChannelArray: 46 33 48 52 21 58 9 31 17 37 15 7 65 35 49 5 19 13 11 3 64 29 15 42 27 53 68 61 32 55 41 19 37 10 75 67 76 39 71 12 53 43 59 26 16 21 49 51 73 8 57 45 38 63 69 61 47 65 42 39 18 13 50 74 60 56 40 36 6 9 56 70 46 2 48 44 52 64 72 68 62 38 58 66 4 54 33 59 72 18 51 31 14 40 4 62 2 10 20 43 6 16 7 66 30 22 32 60 27 11 57 26 28 12 8 34 47 67 *************************************************************** Step Counter = 3; Transaction ID = 2; Transaction Counter = 0; New DRBG octets: F8 82 2A 54 E0 7C 50 15 57 CD 98 51 69 D4 AC AB *************************************************************** T_ID 2 - Submode insertion (8 bits): F8 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 82 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 2A - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 54 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): E0 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 7C - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 50 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 15 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 57 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): CD - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 98 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 51 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 69 - Range = 3 (decimal); hr1 = 1 (decimal) Event 1 is full. step_ctr = 51, seq_ctr = 48, time = 4995 T_ID 2 - Submode insertion (8 bits): D4 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): AC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): AB - Range = 3 (decimal); hr1 = 2 (decimal) *************************************************************** Step Counter = 68; Transaction ID = 2; Transaction Counter = 0; New DRBG octets: 99 24 D0 DE B1 04 EF EE 43 9F 91 BD 9F 61 D0 3A *************************************************************** T_ID 2 - Submode insertion (8 bits): 99 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 24 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): D0 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): DE - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): B1 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 04 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): EF - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): EE - Range = 3 (decimal); hr1 = 2 (decimal) Event 2 is full. step_ctr = 52, seq_ctr = 94, time = 4926 T_ID 2 - Submode insertion (8 bits): 43 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 9F - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 91 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): BD - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 9F - Range = 3 (decimal); hr1 = 1 (decimal) steps per event: 30, time = 2916 Event 1 channels: 11 7 76 46 33 48 52 21 58 9 31 17 37 15 7 65 35 49 5 19 13 11 3 64 29 15 42 27 53 68 61 32 55 41 19 37 10 75 67 76 39 71 12 53 43 59 26 16 21 49 51 Event 2 channels: 67 50 66 16 49 51 73 8 57 45 38 63 69 61 47 65 42 39 18 13 50 74 60 56 40 36 6 9 56 70 46 2 48 44 52 64 72 68 62 38 58 66 4 54 33 59 72 18 51 31 14 40 Event 3 channels: 61 59 55 51 31 40 4 62 2 10 20 43 6 16 7 66 30 22 32 60 27 11 57 26 28 12 8 34 47 67

8.2.3. Set 3

Time parameters:

Sync packet:	T_SY = 26
Frequency measurement:	T_FM = 80 µs
Guard Time:	T_GD = 10 µs
Time to hop:	T_FCS = 15 µs
Ramp down time:	T_RD = 5 µs
Interlude period 1:	T_IP1 = 10 µs
Interlude period 2:	T_IP2 = 10 µs
Phase measurement time:	T_PM = 10 µs
Number of antenna path:	N_AP = 1
Antenna switch time:	T_SW = 0 µs
-------------------------------------------
CSShapeSelection:	X
CSChannelJump:	4
CSNumRepetitions:	2
-------------------------------------------
Mode-0 duration:	177 µs
Main-mode (Mode-2) duration:	75 µs
Sub-Mode (Mode-3) duration:	147 µs
Minimum main mode steps:	2
Maximum main mode steps:	4
PHY:	2 Mbps
RTT Type:	AA-only
-------------------------------------------
Event duration:	5000 µs
Mode_0_Steps:	3
Main_Mode_Repetition:	3

*********************************** Channel Map ******************************************* Bit-map: 1F FF FF FF FF FF FC 7F FF FC Filtered channels: 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76

******************************* INSTANTIATION FUNCTION ********************************** h9() instantiation ***************************************************************************************** Entropy input Peripheral (CS_IV_P): E1 0B C2 8A 0B FD DF E9 Entropy input Central (CS_IV_C): 3E 7F 51 86 E0 CA 0B 3B Entropy input (CS_IV): E1 0B C2 8A 0B FD DF E9 3E 7F 51 86 E0 CA 0B 3B Nonce Peripheral (CS_IN_P): 9F F4 77 C1 Nonce Central (CS_IN_C): 86 73 84 0D Nonce (CS_IN): 9F F4 77 C1 86 73 84 0D Personalization string Peripheral (CS_PV_P): C9 80 DE DF 98 82 ED 44 Personalization string Central (CS_PV_C): 64 A6 74 96 78 68 F1 43 Personalization string (CS_PV): C9 80 DE DF 98 82 ED 44 64 A6 74 96 78 68 F1 43 ************************************ INITIAL K and V ************************************ K: EE E0 4D 7C 76 11 3A 5C EC 99 2A E3 20 C2 4D 27 V: DF 90 56 47 C1 06 6E 6F 52 C0 3E DF B8 2B 69 28 ***************************************************************************************** Step=0 | Mode=0 *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 0; New DRBG octets: FF BC C1 CA 39 A6 9D C4 07 38 EF 33 D9 D1 35 32 *************************************************************** T_ID 1 - mode0 channel (8 bits): FF - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): BC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): C1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): CA - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 39 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 1 - mode0 channel (8 bits): A6 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): 9D - Range = 8 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): C4 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 07 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 1 - mode0 channel (8 bits): 38 - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): EF - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 33 - Range = 13 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (8 bits): D9 - Range = 14 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): D1 - Range = 15 (decimal); hr1 = 12 (decimal) T_ID 1 - mode0 channel (8 bits): 35 - Range = 16 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 32 - Range = 17 (decimal); hr1 = 3 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 1; New DRBG octets: 51 EE 4B B0 3E E6 D0 A1 71 87 1C 2E 60 46 8F 6C *************************************************************** T_ID 1 - mode0 channel (8 bits): 51 - Range = 18 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): EE - Range = 19 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8 bits): 4B - Range = 20 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): B0 - Range = 21 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8 bits): 3E - Range = 22 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): E6 - Range = 23 (decimal); hr1 = 20 (decimal) T_ID 1 - mode0 channel (8 bits): D0 - Range = 24 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): A1 - Range = 25 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8 bits): 71 - Range = 26 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 87 - Range = 27 (decimal); hr1 = 14 (decimal) T_ID 1 - mode0 channel (8 bits): 1C - Range = 28 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 2E - Range = 29 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 60 - Range = 30 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 46 - Range = 31 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): 8F - Range = 32 (decimal); hr1 = 17 (decimal) T_ID 1 - mode0 channel (8 bits): 6C - Range = 33 (decimal); hr1 = 13 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 2; New DRBG octets: 7D 75 2F 17 23 57 34 22 EF C7 CB C2 1F 18 90 8F *************************************************************** T_ID 1 - mode0 channel (8 bits): 7D - Range = 34 (decimal); hr1 = 16 (decimal) T_ID 1 - mode0 channel (8 bits): 75 - Range = 35 (decimal); hr1 = 15 (decimal) T_ID 1 - mode0 channel (8 bits): 2F - Range = 36 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 17 - Range = 37 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 23 - Range = 38 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 57 - Range = 39 (decimal); hr1 = 13 (decimal) T_ID 1 - mode0 channel (8 bits): 34 - Range = 40 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): 22 - Range = 41 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): EF - Range = 42 (decimal); hr1 = 39 (decimal) T_ID 1 - mode0 channel (8 bits): C7 - Range = 43 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8 bits): CB - Range = 44 (decimal); hr1 = 34 (decimal) T_ID 1 - mode0 channel (16 bits): C2 1F - Range = 45 (decimal); hr1 = 5 (decimal) T_ID 1 - mode0 channel (8 bits): 18 - Range = 46 (decimal); hr1 = 4 (decimal) T_ID 1 - mode0 channel (8 bits): 90 - Range = 47 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8 bits): 8F - Range = 48 (decimal); hr1 = 26 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 3; New DRBG octets: 64 74 2B E9 80 0D 87 22 36 1E 6F 55 61 A8 7C 17 *************************************************************** T_ID 1 - mode0 channel (8 bits): 64 - Range = 49 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): 74 - Range = 50 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (8 bits): 2B - Range = 51 (decimal); hr1 = 8 (decimal) T_ID 1 - mode0 channel (8 bits): E9 - Range = 52 (decimal); hr1 = 47 (decimal) T_ID 1 - mode0 channel (8 bits): 80 - Range = 53 (decimal); hr1 = 26 (decimal) T_ID 1 - mode0 channel (8 bits): 0D - Range = 54 (decimal); hr1 = 2 (decimal) T_ID 1 - mode0 channel (16 bits): 87 22 - Range = 55 (decimal); hr1 = 7 (decimal) T_ID 1 - mode0 channel (8 bits): 36 - Range = 56 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 1E - Range = 57 (decimal); hr1 = 6 (decimal) T_ID 1 - mode0 channel (8 bits): 6F - Range = 58 (decimal); hr1 = 25 (decimal) T_ID 1 - mode0 channel (8 bits): 55 - Range = 59 (decimal); hr1 = 19 (decimal) T_ID 1 - mode0 channel (8 bits): 61 - Range = 60 (decimal); hr1 = 22 (decimal) T_ID 1 - mode0 channel (16 bits): A8 7C - Range = 61 (decimal); hr1 = 29 (decimal) T_ID 1 - mode0 channel (8 bits): 17 - Range = 62 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 1; Transaction Counter = 4; New DRBG octets: 0F 2F 55 C1 9B BD 7C 71 EC 79 0A 97 FD 0D 93 69 *************************************************************** T_ID 1 - mode0 channel (8 bits): 0F - Range = 63 (decimal); hr1 = 3 (decimal) T_ID 1 - mode0 channel (8 bits): 2F - Range = 64 (decimal); hr1 = 11 (decimal) T_ID 1 - mode0 channel (8 bits): 55 - Range = 65 (decimal); hr1 = 21 (decimal) T_ID 1 - mode0 channel (8 bits): C1 - Range = 66 (decimal); hr1 = 49 (decimal) T_ID 1 - mode0 channel (8 bits): 9B - Range = 67 (decimal); hr1 = 40 (decimal) T_ID 1 - mode0 channel (8 bits): BD - Range = 68 (decimal); hr1 = 50 (decimal) T_ID 1 - mode0 channel (8 bits): 7C - Range = 69 (decimal); hr1 = 33 (decimal) T_ID 1 - mode0 channel (8 bits): 71 - Range = 70 (decimal); hr1 = 30 (decimal) T_ID 1 - mode0 channel (8 bits): EC - Range = 71 (decimal); hr1 = 65 (decimal) T_ID 1 - mode0 channel (16 bits): 79 0A - Range = 72 (decimal); hr1 = 2 (decimal) Mode0ShuffledChannelArray: 11 7 76 67 50 66 61 59 55 2 4 68 16 43 31 39 38 36 3 63 27 69 64 19 6 62 57 18 26 65 74 20 13 73 48 10 32 33 37 46 71 35 17 29 45 9 22 56 28 70 72 51 52 14 8 34 40 15 53 54 30 49 41 60 21 75 42 44 47 5 12 58 Jitter selection: *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 0; New DRBG octets: 79 74 1F D1 8F 57 7B 45 D0 9A 66 5A 7F 1F 28 58 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 79 - Range = 4 (decimal); hr1 = 1 (decimal) ShapeChSeq : 1 75 5 71 9 67 13 63 17 59 21 55 25 51 29 47 33 43 37 39 41 35 45 31 49 27 53 23 57 19 61 15 65 11 69 7 73 3 77 firstAndEndAllChSeq: 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 57 - Range = 6 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7B - Range = 7 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 45 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 9 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (16 bits): 9A 66 - Range = 10 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 11 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7F - Range = 12 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 13 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 28 - Range = 14 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 15 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 1; New DRBG octets: D1 C1 D0 5A 40 B4 C4 81 EF BB 39 B2 61 D2 9C 4E *************************************************************** T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 16 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): C1 - Range = 17 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 18 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 19 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (16 bits): 40 B4 - Range = 20 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): C4 - Range = 21 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 22 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): EF - Range = 23 (decimal); hr1 = 21 (decimal) T_ID 0 - non-mode0 channel (8 bits): BB - Range = 24 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 25 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (16 bits): B2 61 - Range = 26 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): D2 - Range = 27 (decimal); hr1 = 22 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9C - Range = 28 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4E - Range = 29 (decimal); hr1 = 8 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 2; New DRBG octets: 71 FD E8 68 E8 CA CA D1 18 E5 9B 18 5C EE FC 17 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 71 - Range = 30 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): FD - Range = 31 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 32 (decimal); hr1 = 29 (decimal) T_ID 0 - non-mode0 channel (8 bits): 68 - Range = 33 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 34 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): CA - Range = 35 (decimal); hr1 = 27 (decimal) T_ID 0 - non-mode0 channel (8 bits): CA - Range = 36 (decimal); hr1 = 28 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 37 (decimal); hr1 = 30 (decimal) T_ID 0 - non-mode0 channel (8 bits): 18 - Range = 38 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): E5 - Range = 39 (decimal); hr1 = 34 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9B - Range = 40 (decimal); hr1 = 24 (decimal) firstAndEndAllChSeq Shuffled: 22 32 33 57 29 44 38 28 48 45 26 41 36 52 39 27 40 47 23 37 20 42 46 31 59 21 24 54 55 51 56 35 49 50 58 25 53 30 43 34 middleAllChSeq: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 T_ID 0 - non-mode0 channel (8 bits): 18 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5C - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): EE - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): FC - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 17 - Range = 6 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 3; New DRBG octets: B5 0E CB BF 12 99 7C 4B 02 63 35 D0 81 C5 6B D0 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): B5 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0E - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 9 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): BF - Range = 10 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 12 - Range = 11 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 99 - Range = 12 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7C - Range = 13 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 14 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 15 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 63 - Range = 16 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 35 - Range = 17 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 18 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 19 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): C5 - Range = 20 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6B - Range = 21 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 22 (decimal); hr1 = 17 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 4; New DRBG octets: C3 3C B1 23 C6 A2 E0 8A BE 0E 8A BD 22 CB 24 1F *************************************************************** T_ID 0 - non-mode0 channel (8 bits): C3 - Range = 23 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3C - Range = 24 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): B1 - Range = 25 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 26 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): C6 - Range = 27 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8 bits): A2 - Range = 28 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): E0 - Range = 29 (decimal); hr1 = 25 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 30 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (16 bits): BE 0E - Range = 31 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 32 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): BD - Range = 33 (decimal); hr1 = 24 (decimal) T_ID 0 - non-mode0 channel (8 bits): 22 - Range = 34 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 35 (decimal); hr1 = 27 (decimal) T_ID 0 - non-mode0 channel (8 bits): 24 - Range = 36 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 37 (decimal); hr1 = 4 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 5; New DRBG octets: 68 87 A9 32 7B E1 61 B4 CD 1E 92 4D AC 00 74 05 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 68 - Range = 38 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): 87 - Range = 39 (decimal); hr1 = 20 (decimal) middleAllChSeq Shuffled: 14 70 0 65 76 75 15 11 60 18 7 9 4 6 17 77 69 71 8 12 78 10 61 1 72 68 5 74 16 3 2 67 62 13 64 63 73 19 66 firstAndEndUnusedChSeq: 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 T_ID 0 - non-mode0 channel (8 bits): A9 - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 32 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7B - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): E1 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 6 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): B4 - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): CD - Range = 8 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1E - Range = 9 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 92 - Range = 10 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4D - Range = 11 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): AC - Range = 12 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (16 bits): 00 74 - Range = 13 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 05 - Range = 14 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 6; New DRBG octets: 2B BC 5A 8F FB 1E 39 AA 02 8F F4 4C 0A 11 7D F9 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 2B - Range = 15 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): BC - Range = 16 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5A - Range = 17 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 18 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): FB - Range = 19 (decimal); hr1 = 18 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1E - Range = 20 (decimal); hr1 = 2 (decimal) firstAndEndUnusedChSeq Shuffled: 46 36 58 40 32 52 34 28 42 20 54 50 38 24 30 26 44 22 56 48 middleUnusedChSeq: 0 2 4 6 8 10 12 14 16 18 60 62 64 66 68 70 72 74 76 78 T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): AA - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8F - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): F4 - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4C - Range = 7 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 11 - Range = 9 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7D - Range = 10 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 11 (decimal); hr1 = 10 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 7; New DRBG octets: 58 A1 10 C9 6F 8A 88 43 76 61 17 07 D7 61 DF A3 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 12 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): A1 - Range = 13 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 10 - Range = 14 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): C9 - Range = 15 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6F - Range = 16 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 17 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 88 - Range = 18 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 43 - Range = 19 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 76 - Range = 20 (decimal); hr1 = 9 (decimal) middleUnusedChSeq Shuffled: 66 4 12 2 76 10 70 6 64 78 60 68 14 16 18 8 0 72 62 74 FirstAndEndSaltChSeq: 46 36 58 40 32 52 34 28 42 20 54 50 38 24 30 26 44 22 56 48 22 32 33 57 29 44 38 28 48 45 26 41 36 52 39 27 40 47 23 37 20 42 46 31 59 21 24 54 55 51 56 35 49 50 58 25 53 30 43 34 MiddleSaltChSeq: 66 4 12 2 76 10 70 6 64 78 60 68 14 16 18 8 0 72 62 74 14 70 0 65 76 75 15 11 60 18 7 9 4 6 17 77 69 71 8 12 78 10 61 1 72 68 5 74 16 3 2 67 62 13 64 63 73 19 66 Random number for initial and end salting T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 10 (decimal); hr1 = 3 (decimal) SaltedChSeq: 46 66 36 58 1 75 40 5 71 32 9 67 52 13 63 34 17 59 4 21 55 12 25 51 2 29 47 76 33 43 10 37 39 70 41 35 6 45 31 64 49 27 78 53 23 60 57 19 28 61 15 42 65 11 20 69 7 54 73 3 50 77 68 tempBlockSeq: 46 66 36 58 75 40 5 71 32 9 67 52 13 63 T_ID 0 - non-mode0 channel (8 bits): 17 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 07 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D7 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): DF - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): A3 - Range = 7 (decimal); hr1 = 4 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 8; New DRBG octets: 53 23 37 62 4B C5 D9 66 1A C4 34 BC 41 36 C0 FE *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 53 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 9 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 37 - Range = 10 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 62 - Range = 11 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 12 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (16 bits): C5 D9 - Range = 13 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 66 - Range = 14 (decimal); hr1 = 5 (decimal) tempBlockSeq Shuffled: 36 32 9 52 67 63 46 66 75 71 5 13 58 40 tempBlockSeq: 34 17 59 4 21 55 12 51 2 29 47 76 33 43 T_ID 0 - non-mode0 channel (8 bits): 1A - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): C4 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 34 - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): BC - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 41 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 36 - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): C0 - Range = 8 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): FE - Range = 9 (decimal); hr1 = 8 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 9; New DRBG octets: 28 BE 39 8A 7D 3F DA 86 15 0A 83 3E 4B 8B 3D D9 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 28 - Range = 10 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): BE - Range = 11 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 12 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (16 bits): 8A 7D - Range = 13 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3F - Range = 14 (decimal); hr1 = 3 (decimal) tempBlockSeq Shuffled: 4 29 76 43 17 34 33 55 47 12 2 59 51 21 tempBlockSeq: 10 37 39 70 41 35 6 45 31 64 49 27 53 60 T_ID 0 - non-mode0 channel (8 bits): DA - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 86 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 15 - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 83 - Range = 6 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3E - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4B - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8B - Range = 9 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3D - Range = 10 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 11 (decimal); hr1 = 9 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 10; New DRBG octets: 86 AD C3 21 02 CF 55 74 D9 58 09 10 16 F9 64 97 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 86 - Range = 12 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): AD - Range = 13 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): C3 - Range = 14 (decimal); hr1 = 10 (decimal) tempBlockSeq Shuffled: 41 6 64 35 31 10 27 37 53 49 60 39 70 45 tempBlockSeq: 57 19 28 61 15 42 65 11 20 69 7 54 73 3 50 68 T_ID 0 - non-mode0 channel (8 bits): 21 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 02 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): CF - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 55 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 6 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 7 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 58 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 09 - Range = 9 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 10 - Range = 10 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 16 - Range = 11 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 64 - Range = 13 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 97 - Range = 14 (decimal); hr1 = 8 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 11; New DRBG octets: A9 B9 82 8A 7F 2A EC D9 59 D1 74 8B C0 31 4A 9F *************************************************************** T_ID 0 - non-mode0 channel (8 bits): A9 - Range = 15 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): B9 - Range = 16 (decimal); hr1 = 11 (decimal) tempBlockSeq Shuffled: 7 15 11 61 57 73 19 42 3 50 69 68 65 28 20 54 ShapeChSeq : 2 76 6 72 10 68 14 64 18 60 22 56 26 52 30 48 34 44 38 40 42 36 46 32 50 28 54 24 58 20 62 16 66 12 70 8 74 4 78 0 firstAndEndAllChSeq: 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 T_ID 0 - non-mode0 channel (8 bits): 82 - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8A - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7F - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2A - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): EC - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 7 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 59 - Range = 8 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): D1 - Range = 9 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 10 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8B - Range = 11 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (16 bits): C0 31 - Range = 12 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 4A - Range = 13 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9F - Range = 14 (decimal); hr1 = 8 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 12; New DRBG octets: 59 E0 5C 66 A0 CE 21 CB 23 81 24 96 31 01 37 50 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 59 - Range = 15 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): E0 - Range = 16 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 5C - Range = 17 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 66 - Range = 18 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): A0 - Range = 19 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): CE - Range = 20 (decimal); hr1 = 16 (decimal) T_ID 0 - non-mode0 channel (8 bits): 21 - Range = 21 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): CB - Range = 22 (decimal); hr1 = 17 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 23 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 24 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): 24 - Range = 25 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 96 - Range = 26 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): 31 - Range = 27 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 01 - Range = 28 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 37 - Range = 29 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 50 - Range = 30 (decimal); hr1 = 9 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 13; New DRBG octets: 4E 1E D6 DF C2 11 39 08 66 A7 0E 2F 60 6F 16 B4 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 4E - Range = 31 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1E - Range = 32 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): D6 - Range = 33 (decimal); hr1 = 27 (decimal) T_ID 0 - non-mode0 channel (8 bits): DF - Range = 34 (decimal); hr1 = 29 (decimal) T_ID 0 - non-mode0 channel (8 bits): C2 - Range = 35 (decimal); hr1 = 26 (decimal) T_ID 0 - non-mode0 channel (8 bits): 11 - Range = 36 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 37 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 08 - Range = 38 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 66 - Range = 39 (decimal); hr1 = 15 (decimal) T_ID 0 - non-mode0 channel (8 bits): A7 - Range = 40 (decimal); hr1 = 26 (decimal) firstAndEndAllChSeq Shuffled: 47 57 55 51 29 46 48 37 56 50 26 38 43 21 35 58 39 41 27 25 31 28 32 22 42 30 59 52 36 53 49 44 24 20 34 40 33 23 45 54 middleAllChSeq: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 T_ID 0 - non-mode0 channel (8 bits): 0E - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2F - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 60 - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6F - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 16 - Range = 6 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): B4 - Range = 7 (decimal); hr1 = 4 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 14; New DRBG octets: A7 74 D3 DB 61 79 2A C2 D0 3E 3A 03 AD 20 ED 05 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): A7 - Range = 8 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 9 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): D3 - Range = 10 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): DB - Range = 11 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 12 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 79 - Range = 13 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2A - Range = 14 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): C2 - Range = 15 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): D0 - Range = 16 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3E - Range = 17 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3A - Range = 18 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 03 - Range = 19 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): AD - Range = 20 (decimal); hr1 = 13 (decimal) T_ID 0 - non-mode0 channel (8 bits): 20 - Range = 21 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): ED - Range = 22 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8 bits): 05 - Range = 23 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 15; New DRBG octets: 74 CA 60 71 81 08 B1 2E D3 2B 96 EE 27 A3 0C 45 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 74 - Range = 24 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): CA - Range = 25 (decimal); hr1 = 19 (decimal) T_ID 0 - non-mode0 channel (8 bits): 60 - Range = 26 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 71 - Range = 27 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 28 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 08 - Range = 29 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): B1 - Range = 30 (decimal); hr1 = 20 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2E - Range = 31 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): D3 - Range = 32 (decimal); hr1 = 26 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2B - Range = 33 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 96 - Range = 34 (decimal); hr1 = 19 (decimal) T_ID 0 - non-mode0 channel (8 bits): EE - Range = 35 (decimal); hr1 = 32 (decimal) T_ID 0 - non-mode0 channel (8 bits): 27 - Range = 36 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): A3 - Range = 37 (decimal); hr1 = 23 (decimal) T_ID 0 - non-mode0 channel (8 bits): 0C - Range = 38 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 45 - Range = 39 (decimal); hr1 = 10 (decimal) middleAllChSeq Shuffled: 68 77 60 0 17 75 12 2 9 65 78 66 1 19 67 4 11 16 5 73 69 13 18 76 15 10 71 8 62 61 7 14 74 64 70 72 6 3 63 firstAndEndUnusedChSeq: 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 16; New DRBG octets: 7D 54 12 20 C7 3C 36 B3 9D 7E 19 E5 E3 7E 8D 98 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 7D - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 54 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 12 - Range = 4 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 20 - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): C7 - Range = 6 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3C - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 36 - Range = 8 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): B3 - Range = 9 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 9D - Range = 10 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7E - Range = 11 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 19 - Range = 12 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): E5 - Range = 13 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): E3 - Range = 14 (decimal); hr1 = 12 (decimal) T_ID 0 - non-mode0 channel (8 bits): 7E - Range = 15 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8D - Range = 16 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): 98 - Range = 17 (decimal); hr1 = 10 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 17; New DRBG octets: 0A 22 C0 85 DC 55 47 8E DA 06 D5 D4 B2 61 3E 70 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 18 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 22 - Range = 19 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (16 bits): C0 85 - Range = 20 (decimal); hr1 = 10 (decimal) firstAndEndUnusedChSeq Shuffled: 55 43 57 25 31 41 39 49 51 37 59 45 47 35 33 21 27 29 23 53 middleUnusedChSeq: 1 3 5 7 9 11 13 15 17 19 61 63 65 67 69 71 73 75 77 T_ID 0 - non-mode0 channel (8 bits): DC - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 55 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 47 - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 8E - Range = 5 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): DA - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 06 - Range = 7 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): D5 - Range = 8 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): D4 - Range = 9 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): B2 - Range = 10 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 11 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3E - Range = 12 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 70 - Range = 13 (decimal); hr1 = 5 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 18; New DRBG octets: 0A 71 2E 1F A3 C1 D8 DE 81 C1 AB A0 29 F7 3C B2 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 0A - Range = 14 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 71 - Range = 15 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 2E - Range = 16 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 1F - Range = 17 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): A3 - Range = 18 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): C1 - Range = 19 (decimal); hr1 = 14 (decimal) middleUnusedChSeq Shuffled: 67 7 73 3 61 65 69 17 5 15 1 75 11 13 77 63 71 9 19 FirstAndEndSaltChSeq: 55 43 57 25 31 41 39 49 51 37 59 45 47 35 33 21 27 29 23 53 47 57 55 51 29 46 48 37 56 50 26 38 43 21 35 58 39 41 27 25 31 28 32 22 42 30 59 52 36 53 49 44 24 20 34 40 33 23 45 54 MiddleSaltChSeq: 67 7 73 3 61 65 69 17 5 15 1 75 11 13 77 63 71 9 19 68 77 60 0 17 75 12 2 9 65 78 66 1 19 67 4 11 16 5 73 69 13 18 76 15 10 71 8 62 61 7 14 74 64 70 72 6 3 63 Random number for initial and end salting T_ID 0 - non-mode0 channel (8 bits): D8 - Range = 5 (decimal); hr1 = 4 (decimal) SaltedChSeq: 55 2 76 43 6 72 57 10 68 25 14 64 31 18 60 67 22 56 7 26 52 73 30 48 3 34 44 61 38 40 65 42 36 69 46 32 17 50 28 5 54 24 15 58 20 41 62 16 39 66 12 49 70 8 51 74 4 37 78 0 59 1 45 75 tempBlockSeq: 55 2 76 43 6 72 57 10 68 14 64 31 18 60 T_ID 0 - non-mode0 channel (8 bits): DE - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 81 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): C1 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): AB - Range = 5 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): A0 - Range = 6 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 29 - Range = 7 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): F7 - Range = 8 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3C - Range = 9 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): B2 - Range = 10 (decimal); hr1 = 6 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 19; New DRBG octets: 40 F9 D7 29 EB B9 61 15 45 AD 05 00 0B 40 68 C5 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 40 - Range = 11 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 12 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): D7 - Range = 13 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): 29 - Range = 14 (decimal); hr1 = 2 (decimal) tempBlockSeq Shuffled: 55 57 60 72 43 6 14 10 2 76 18 31 68 64 tempBlockSeq: 67 22 56 7 26 52 73 30 48 3 34 44 61 38 T_ID 0 - non-mode0 channel (8 bits): EB - Range = 2 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): B9 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 61 - Range = 4 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 15 - Range = 5 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 45 - Range = 6 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): AD - Range = 7 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 05 - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (16 bits): 00 0B - Range = 9 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 40 - Range = 10 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 68 - Range = 11 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): C5 - Range = 12 (decimal); hr1 = 9 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 20; New DRBG octets: 60 85 51 F9 BA 39 98 FD 14 83 F9 C4 E8 E7 3D 4D *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 60 - Range = 13 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): 85 - Range = 14 (decimal); hr1 = 7 (decimal) tempBlockSeq Shuffled: 48 52 3 22 61 7 67 38 30 44 73 56 34 26 tempBlockSeq: 40 65 42 36 69 46 32 17 50 28 5 54 15 58 T_ID 0 - non-mode0 channel (8 bits): 51 - Range = 2 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): BA - Range = 4 (decimal); hr1 = 2 (decimal) T_ID 0 - non-mode0 channel (8 bits): 39 - Range = 5 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 98 - Range = 6 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): FD - Range = 7 (decimal); hr1 = 6 (decimal) T_ID 0 - non-mode0 channel (8 bits): 14 - Range = 8 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): 83 - Range = 9 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): F9 - Range = 10 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): C4 - Range = 11 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): E8 - Range = 12 (decimal); hr1 = 10 (decimal) T_ID 0 - non-mode0 channel (8 bits): E7 - Range = 13 (decimal); hr1 = 11 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3D - Range = 14 (decimal); hr1 = 3 (decimal) tempBlockSeq Shuffled: 17 69 36 58 50 42 32 65 5 28 54 15 40 46 tempBlockSeq: 20 41 62 16 39 66 12 49 70 8 51 74 4 37 59 45 75 T_ID 0 - non-mode0 channel (8 bits): 4D - Range = 2 (decimal); hr1 = 0 (decimal) *************************************************************** Step Counter = 0; Transaction ID = 0; Transaction Counter = 21; New DRBG octets: 90 D4 D7 D9 21 A3 F5 F1 47 99 25 6A 3F E6 23 A6 *************************************************************** T_ID 0 - non-mode0 channel (8 bits): 90 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): D4 - Range = 4 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): D7 - Range = 5 (decimal); hr1 = 4 (decimal) T_ID 0 - non-mode0 channel (8 bits): D9 - Range = 6 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 21 - Range = 7 (decimal); hr1 = 0 (decimal) T_ID 0 - non-mode0 channel (8 bits): A3 - Range = 8 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): F5 - Range = 9 (decimal); hr1 = 8 (decimal) T_ID 0 - non-mode0 channel (8 bits): F1 - Range = 10 (decimal); hr1 = 9 (decimal) T_ID 0 - non-mode0 channel (8 bits): 47 - Range = 11 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): 99 - Range = 12 (decimal); hr1 = 7 (decimal) T_ID 0 - non-mode0 channel (8 bits): 25 - Range = 13 (decimal); hr1 = 1 (decimal) T_ID 0 - non-mode0 channel (8 bits): 6A - Range = 14 (decimal); hr1 = 5 (decimal) T_ID 0 - non-mode0 channel (8 bits): 3F - Range = 15 (decimal); hr1 = 3 (decimal) T_ID 0 - non-mode0 channel (8 bits): E6 - Range = 16 (decimal); hr1 = 14 (decimal) T_ID 0 - non-mode0 channel (8 bits): 23 - Range = 17 (decimal); hr1 = 2 (decimal) tempBlockSeq Shuffled: 12 4 75 59 39 37 41 74 70 8 16 66 62 49 45 51 20 NonMode0ShuffledChannelArray: 36 32 9 52 67 63 46 66 75 71 5 13 58 40 4 29 76 43 17 34 33 55 47 12 2 59 51 21 41 6 64 35 31 10 27 37 53 49 60 39 70 45 7 15 11 61 57 73 19 42 3 50 69 68 65 28 20 54 55 57 60 72 43 6 14 10 2 76 18 31 68 64 48 52 3 22 61 7 67 38 30 44 73 56 34 26 17 69 36 58 50 42 32 65 5 28 54 15 40 46 12 4 75 59 39 37 41 74 70 8 16 66 62 49 45 51 20 *************************************************************** Step Counter = 3; Transaction ID = 2; Transaction Counter = 0; New DRBG octets: F8 82 2A 54 E0 7C 50 15 57 CD 98 51 69 D4 AC AB *************************************************************** T_ID 2 - Submode insertion (8 bits): F8 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 82 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 2A - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 54 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): E0 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 7C - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 50 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 15 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 57 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): CD - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 98 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 51 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 69 - Range = 3 (decimal); hr1 = 1 (decimal) Event 1 is full. step_ctr = 51, seq_ctr = 48, time = 4995 T_ID 2 - Submode insertion (8 bits): D4 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): AC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): AB - Range = 3 (decimal); hr1 = 2 (decimal) *************************************************************** Step Counter = 74; Transaction ID = 2; Transaction Counter = 0; New DRBG octets: 52 ED C6 80 FC 49 2C 49 97 71 6C 16 C0 27 FB 31 *************************************************************** T_ID 2 - Submode insertion (8 bits): 52 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): ED - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): C6 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 80 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): FC - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 49 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 2C - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): 49 - Range = 3 (decimal); hr1 = 0 (decimal) Event 2 is full. step_ctr = 52, seq_ctr = 94, time = 4998 T_ID 2 - Submode insertion (8 bits): 97 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 71 - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 6C - Range = 3 (decimal); hr1 = 1 (decimal) T_ID 2 - Submode insertion (8 bits): 16 - Range = 3 (decimal); hr1 = 0 (decimal) T_ID 2 - Submode insertion (8 bits): C0 - Range = 3 (decimal); hr1 = 2 (decimal) T_ID 2 - Submode insertion (8 bits): 27 - Range = 3 (decimal); hr1 = 0 (decimal) steps per event: 29, time = 2913 Event 1 channels: 11 7 76 36 32 9 52 67 63 46 66 75 71 5 13 58 40 4 29 76 43 17 34 33 55 47 12 2 59 51 21 41 6 64 35 31 10 27 37 53 49 60 39 70 45 7 15 11 61 57 73 Event 2 channels: 67 50 66 11 57 73 19 42 3 50 69 68 65 28 20 54 55 57 60 72 43 6 14 10 2 76 18 31 68 64 48 52 3 22 61 7 67 38 30 44 73 56 34 26 17 69 36 58 50 42 32 65 Event 3 channels: 61 59 55 50 42 65 5 28 54 15 40 46 12 4 75 59 39 37 41 74 70 8 16 66 62 49 45 51 20

9. HDT Long Training Sequences

The Long Training Sequences (see [Vol 6] Part A, Section 7.4.2) for each of the 16 possible u values (see [Vol 6] Part B, Section 2.7.1.1) are as follows. The numbers in the sequence are the values of φ where the actual symbol is e^jπφ÷17.

 u    List of  $φ$  values in transmission order

 1     4   2  32  26  18   8  30  16   0  16  30   8  18  26  32   2   4
 2    14  10   2  24   8  22  32   4   6   4  32  22   8  24   2  10  14
 3    24  18   6  22  32   2   0  26  12  26   0   2  32  22   6  18  24
 4    24  16   0  10  12   6  26   4   8   4  26   6  12  10   0  16  24
 5     8  32  12  16  10  28   2   0  22   0   2  28  10  16  12  32   8
 6    26  14  24  22   8  16  12  30   2  30  12  16   8  22  24  14  26
 7    16   2   8   0  12  10  28  32  22  32  28  10  12   0   8   2  16
 8    28  12  14   0   4  26  32  22  30  22  32  26   4   0  14  12  28
 9    30  12  10  24  20  32  26   2  28   2  26  32  20  24  10  12  30
10    26   6   0   8  30  32  14  10  20  10  14  32  30   8   0   6  26
11    24   2  26  28   8   0   4  20  14  20   4   0   8  28  26   2  24
12    20  30  16  12  18   0  26  28   6  28  26   0  18  12  16  30  20
13    10  18   0  24  22  28   8  30  26  30   8  28  22  24   0  18  10
14    30   2  14  32  22  18  20  28   8  28  20  18  22  32  14   2  30
15    28  32   6  18   0  20  10   4   2   4  10  20   0  18   6  32  28
16     0   2   6  12  20  30   8  22   4  22   8  30  20  12   6   2   0

The entire preamble for u = 10 consists of the following sequence of 74 symbols. The notations PJ and NJ represent φ values of 8.5 and 25.5 (i.e., symbols +j and –j) respectively.

17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0
17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0
17  NJ  PJ   0   8   0   6  26  26   6   0   8  30  32  14  10
20  10  14  32  30   8   0   6  26  26   6   0   8  30  32  14
10  20  10  14  32  30   8   0   6  26

The entire preamble for u = 15 consists of the following sequence of 74 symbols.

17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0
17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0  17  NJ  PJ   0
17  NJ  PJ   0  18   6  32  28  28  32   6  18   0  20  10   4
 2   4  10  20   0  18   6  32  28  28  32   6  18   0  20  10
 4   2   4  10  20   0  18   6  32  28

10. EKS session key and IV generation

Unless stated otherwise, all data is in hexadecimal and has the most significant octet at the leftmost end.

Spaces between sequences of digits are not significant (i.e., “1234 CD3F” has the same meaning as “1234CD3F”).

10.1. Sample data 1

Encryption is set up with a 128-bit LTK generated previously and using a 128-bit MIC on the LE HDT PHY. The Central is using the debug key. The EKS procedure is started on a GFSK PHY. The ACL key is refreshed once and two CISes are also encrypted.

                           LTK = 57D9E9D9 8289EAF4 6BA6AF26 682C1FC5
                            AA = 2B1908AA
 LL_ENC_ECDH_REQ CtrData/PDU_C = DC809C49 652AEB6D 63329ABF 5A52155C
                                 766345C2 8FED3024 741C8ED0 1589D28B
                                 20B003D2 F297BE2C 5E2C83A7 E9F9A5B9
                                 EFF49111 ACF4FDDB CC030148 0E359DE6
                                 0040AD7A A97ED353 BAE89944 6438B227
                                 3800
                                 (82 octets)
 LL_ENC_ECDH_RSP CtrData/PDU_P = 9F09048A 5115053A EDFD7B02 B58CA83B
                                 64EA9C43 1C694131 A7551949 44CE3BE6
                                 8838A5AF 78BA8990 65F019E1 4C545081
                                 D68E49B0 54EDEE70 0CAB71C9 6090ABF7
                                 00C91595 87C4BD1E 0E3540D9 1576624B
                                 2300
                                 (82 octets)

                  PubKey_C (X) = 20B003D2 F297BE2C 5E2C83A7 E9F9A5B9
                                 EFF49111 ACF4FDDB CC030148 0E359DE6
                  PubKey_C (Y) = DC809C49 652AEB6D 63329ABF 5A52155C
                                 766345C2 8FED3024 741C8ED0 1589D28B
                     PrivKey_C = 3F49F6D4 A3C55F38 74C9B3E3 D2103F50
                                 4AFF607B EB40B799 5899B8A6 CD3C1ABD
                  PubKey_P (X) = 8838A5AF 78BA8990 65F019E1 4C545081
                                 D68E49B0 54EDEE70 0CAB71C9 6090ABF7
                  PubKey_P (Y) = 9F09048A 5115053A EDFD7B02 B58CA83B
                                 64EA9C43 1C694131 A7551949 44CE3BE6

                        ECDHSS = 30F75D42 93F89F90 01EBBD03 F384907F
                                 E6AF08D9 911DC346 874090F7 81B99331
                    k2(ECDHSS) = D1094D92 8E90503B 2C56A1EA 217EA249

         AA||PCA||PDU_C||PDU_P = 2B1908AA 00DC809C 49652AEB 6D63329A
                                 BF5A5215 5C766345 C28FED30 24741C8E
                                 D01589D2 8B20B003 D2F297BE 2C5E2C83
                                 A7E9F9A5 B9EFF491 11ACF4FD DBCC0301
                                 480E359D E60040AD 7AA97ED3 53BAE899
                                 446438B2 2738009F 09048A51 15053AED
                                 FD7B02B5 8CA83B64 EA9C431C 694131A7
                                 55194944 CE3BE688 38A5AF78 BA899065
                                 F019E14C 545081D6 8E49B054 EDEE700C
                                 AB71C960 90ABF700 C9159587 C4BD1E0E
                                 3540D915 76624B23 00
                                 (169 octets)
  AES-CMAC(0,..||PDU_C||PDU_P) = 01B9B2EA 9845B1D6 331C1738 7B1ADE0E

        Initial_Derived_Secret = 705423A8 A02A26AC F5682CCD C7AE76AA

          ACL_Traffic_Secret_0 = 82C9B230 330FA1F7 9D22FC7E E6DDA457
             ACL_Session_Key_0 = 436CF9F3 E70CA128 B01C2AF3 EC97132C
                      ACL_IV_0 = D69B508C 69E0C3B8

          ACL_Traffic_Secret_1 = 8D39F59A 79FF3532 CD8F2F98 01613460
             ACL_Session_Key_1 = EC3E690D 1C83E34F 6D0EF3F1 3E796674
                      ACL_IV_1 = 2BCAE1A0 4782568A

              CIG_ID || CIS_ID = 2342

           Next_Derived_Secret = E4869A3F 2D15C6B2 DD75372E 2A63FF7A

        CIS_1_Traffic_Secret_0 = C02AF0C7 09CABD29 378C8754 ECE429A8
           CIS_1_Session_Key_0 = 68D0102E 1FD90D20 C5A30F68 A2BFB5D7
                    CIS_1_IV_0 = 687DA66C CF1FC090

              CIG_ID || CIS_ID = EFAC

           Next_Derived_Secret = F7D4A753 7032A981 FA7AE5D7 694C75EB

        CIS_2_Traffic_Secret_0 = 2CB77192 B9652751 186061D0 A699263B
           CIS_2_Session_Key_0 = 9E460A4E 246DA1F6 3232DF90 C31A3862
                    CIS_2_IV_0 = 7B22649C B4FE0E30

10.2. Sample data 2

Opportunistic Encryption is set up with the Central requesting a 64-bit MIC and the Peripheral requiring a 128-bit MIC on the LE HDT PHY. The Peripheral is using the debug key. The EKS procedure is started on the LE HDT PHY. The ACL key is refreshed once but there are no CISes.

                            AA = 2B1908AA
                           HPA = 7E4DFD99 ED
 LL_ENC_ECDH_REQ CtrData/PDU_C = 84BF2C00 F08AF272 093EDC1C 8379622F
                                 70B0289C 4C803AD3 DBF58883 FE9DDBC8
                                 19738C71 95050BBE C56E9966 8EF09DFD
                                 D16F207B 9EA35436 82DD352C 94CFD5DD
                                 00AB4A75 F8B00E54 1ADC374A 3636D852
                                 1103
                                 (82 octets)
 LL_ENC_ECDH_RSP CtrData/PDU_P = DC809C49 652AEB6D 63329ABF 5A52155C
                                 766345C2 8FED3024 741C8ED0 1589D28B
                                 20B003D2 F297BE2C 5E2C83A7 E9F9A5B9
                                 EFF49111 ACF4FDDB CC030148 0E359DE6
                                 000BD517 1D9F323A AA41F5CD AB54E39A
                                 2700
                                 (82 octets)

                  PubKey_C (X) = 19738C71 95050BBE C56E9966 8EF09DFD
                                 D16F207B 9EA35436 82DD352C 94CFD5DD
                  PubKey_C (Y) = 84BF2C00 F08AF272 093EDC1C 8379622F
                                 70B0289C 4C803AD3 DBF58883 FE9DDBC8
                  PubKey_P (X) = 20B003D2 F297BE2C 5E2C83A7 E9F9A5B9
                                 EFF49111 ACF4FDDB CC030148 0E359DE6
                  PubKey_P (Y) = DC809C49 652AEB6D 63329ABF 5A52155C
                                 766345C2 8FED3024 741C8ED0 1589D28B
                     PrivKey_P = 3F49F6D4 A3C55F38 74C9B3E3 D2103F50
                                 4AFF607B EB40B799 5899B8A6 CD3C1ABD

                        ECDHSS = D333560D 8FB01E44 CE8452FD FCD6AECE
                                 35E4086B 8C44B30E 0C6A88FA 95BAAB6B
                    k2(ECDHSS) = 7A66CE5F 1E0F9CDB 7CE16873 03735C07

         AA||HPA||PDU_C||PDU_P = 2B1908AA 7E4DFD99 ED84BF2C 00F08AF2
                                 72093EDC 1C837962 2F70B028 9C4C803A
                                 D3DBF588 83FE9DDB C819738C 7195050B
                                 BEC56E99 668EF09D FDD16F20 7B9EA354
                                 3682DD35 2C94CFD5 DD00AB4A 75F8B00E
                                 541ADC37 4A3636D8 521103DC 809C4965
                                 2AEB6D63 329ABF5A 52155C76 6345C28F
                                 ED302474 1C8ED015 89D28B20 B003D2F2
                                 97BE2C5E 2C83A7E9 F9A5B9EF F49111AC
                                 F4FDDBCC 0301480E 359DE600 0BD5171D
                                 9F323AAA 41F5CDAB 54E39A27 00
                                 (173 octets)
  AES-CMAC(0,..||PDU_C||PDU_P) = F5351034 47E4C226 C0A7DCDD DC079B1E

        Initial_Derived_Secret = 0CCBD81F 46D8523E 7CF13BD7 CC455379

          ACL_Traffic_Secret_0 = 4CB68E0C 69E2E05B 02204A83 4DE98B70
             ACL_Session_Key_0 = D4B99ECF 4653BAAF 106A14B1 AEF4B335
                      ACL_IV_0 = CD1ABD23 4B0E600F

          ACL_Traffic_Secret_1 = 5CB5DFD4 CA88A10D 66CE8D0E 710E5388
             ACL_Session_Key_1 = 0864ABE8 F08E062E 96DF670E 09CAAF8B
                      ACL_IV_1 = C82A67F1 4E21DB56

11. Encrypted data and MIC on the LE HDT PHY

Unless stated otherwise, all data is in hexadecimal and has the least significant octet at the leftmost end.

11.1. Sample data with 64-bit (8 octet) MIC

This shows the stages used to derive the MIC and encrypted data for four packets, two in each direction. The first two are LL_START_ENC_RSP PDUs; the remaining two are data packets containing 260 octets of data and split into four blocks in Packet Format 1.

Configuration parameters; these have the most significant octet at the leftmost end:

          M = 8
          L = 2
         IV = DEAFBABEBADCAB24
Session key = 99AD1B5226A37E3E058E3B8E27C2C666

In the control PDUs:

       Nb = 0
BlockSize = 0
     LLID = 0b11

In the data packets:

       Nb = 3
BlockSize = 64
     LLID = 0b10

11.1.1. LL_START_ENC_RSP with packetCounter 0, Central to Peripheral

AAD = 000C

B0 = 59000000008024ABDCBABEBAAFDE0001
B1 = 0002000C000000000000000000000000
B2 = 06000000000000000000000000000000

X1 = AES(SK, B0)      = C955ED659FEC2BFDD285386F2AFE1B87
X2 = AES(SK, X1 ^ B1) = 7E2CEDA2A23311E11DA97FA77492755E
X3 = AES(SK, X2 ^ B2) = 5F4EBFE9AFFB92A3EA6B2D5D02B82142
MIC                   = 5F4EBFE9AFFB92A3

A0 = 01000000008024ABDCBABEBAAFDE0000
A1 = 01000000008024ABDCBABEBAAFDE0001

S0 = AES(SK, A0) = AE3E6577F64A8F25408C9C10D53ACF8E
S1 = AES(SK, A1) = 99190D88F4AA1B60B97ECFE6F5FEE777

Plain payload = 06
Encrypted packet payload = 9F
Encrypted MIC = F170DA9E59B11D86

11.1.2. LL_START_ENC_RSP with packetCounter 0, Peripheral to Central

AAD = 000C

B0 = 59000000000024ABDCBABEBAAFDE0001
B1 = 0002000C000000000000000000000000
B2 = 06000000000000000000000000000000

X1 = AES(SK, B0)      = 576686011DFA7754DDFF22DF3739C78D
X2 = AES(SK, X1 ^ B1) = BAB8799285152DCB45F68E6A9FE44D9A
X3 = AES(SK, X2 ^ B2) = 62E548CF4482A9B3C5E0D86D4808955E
MIC                   = 62E548CF4482A9B3

A0 = 01000000000024ABDCBABEBAAFDE0000
A1 = 01000000000024ABDCBABEBAAFDE0001

S0 = AES(SK, A0) = 975399A66ACDC39124886930D7BCA95F
S1 = AES(SK, A1) = A5ADD4127B2F43788DDC9CD86B0B89D2

Plain payload            = 06
Encrypted packet payload = A3
Encrypted MIC = F5B6D1692E4F6A22

11.1.3. Data packet with packetCounter 1, Central to Peripheral

AAD = 4038

B0  = 59010000008024ABDCBABEBAAFDE0104
B1  = 00024038000000000000000000000000
B2  = 000102030405060708090A0B0C0D0E0F
B3  = 101112131415161718191A1B1C1D1E1F
B4  = 202122232425262728292A2B2C2D2E2F
B5  = 303132333435363738393A3B3C3D3E3F
B6  = 404142434445464748494A4B4C4D4E4F
B7  = 505152535455565758595A5B5C5D5E5F
B8  = 606162636465666768696A6B6C6D6E6F
B9  = 707172737475767778797A7B7C7D7E7F
B10 = 808182838485868788898A8B8C8D8E8F
B11 = 909192939495969798999A9B9C9D9E9F
B12 = A0A1A2A3A4A5A6A7A8A9AAABACADAEAF
B13 = B0B1B2B3B4B5B6B7B8B9BABBBCBDBEBF
B14 = C0C1C2C3C4C5C6C7C8C9CACBCCCDCECF
B15 = D0D1D2D3D4D5D6D7D8D9DADBDCDDDEDF
B16 = E0E1E2E3E4E5E6E7E8E9EAEBECEDEEEF
B17 = F0F1F2F3F4F5F6F7F8F9FAFBFCFDFEFF
B18 = 00010203000000000000000000000000

X1  = AES(SK, B0)        = 60DE30DF765A788387362AB1E163072D
X2  = AES(SK, X1 ^ B1)   = 666FE5071CA70348F0617BC001247781
X3  = AES(SK, X2 ^ B2)   = 622A8B57D0D1D98A4BAF110DA002DFBE
X4  = AES(SK, X3 ^ B3)   = 29FCE22B276EB59F24F5850A176E473C
X5  = AES(SK, X4 ^ B4)   = F02FAE4ED69021D155979E5F94C6360F
X6  = AES(SK, X5 ^ B5)   = 6A45FDEF0301262969CC954F57EC2658
X7  = AES(SK, X6 ^ B6)   = CE06C21A937ECB65D6B0D6D96CBA0053
X8  = AES(SK, X7 ^ B7)   = 7ED2D4CB8DB7B29375DA29B609359179
X9  = AES(SK, X8 ^ B8)   = 765404708359418063A036C67C7A043B
X10 = AES(SK, X9 ^ B9)   = E0D58CE50A591A45FB7FF70DA87E8A04
X11 = AES(SK, X10 ^ B10) = E9463880FF363AE6667846880FCFC2EB
X12 = AES(SK, X11 ^ B11) = F49360F5F2D5EEB58DB810770F1A70E8
X13 = AES(SK, X12 ^ B12) = DA729495A8BE15AF218180BD211E6BE3
X14 = AES(SK, X13 ^ B13) = C940A0A793F50E40ACAC32E446317784
X15 = AES(SK, X14 ^ B14) = 76C61C004B1892805E1A65813CFC23D8
X16 = AES(SK, X15 ^ B15) = 794CFC804887572591B4AC9B4D5880BD
X17 = AES(SK, X16 ^ B16) = BAB6D11B84B7A422BFAF88BBA66A80F5
X18 = AES(SK, X17 ^ B17) = 010B1AB659478971511E828E48807579
X19 = AES(SK, X18 ^ B18) = C8FF2D412E3C131D6DC96F08511B46F5
MIC                      = C8FF2D412E3C131D

A0  = 01010000008024ABDCBABEBAAFDE0000
A1  = 01010000008024ABDCBABEBAAFDE0001
A2  = 01010000008024ABDCBABEBAAFDE0002
A3  = 01010000008024ABDCBABEBAAFDE0003
A4  = 01010000008024ABDCBABEBAAFDE0004
A5  = 01010000008024ABDCBABEBAAFDE0005
A6  = 01010000008024ABDCBABEBAAFDE0006
A7  = 01010000008024ABDCBABEBAAFDE0007
A8  = 01010000008024ABDCBABEBAAFDE0008
A9  = 01010000008024ABDCBABEBAAFDE0009
A10 = 01010000008024ABDCBABEBAAFDE000A
A11 = 01010000008024ABDCBABEBAAFDE000B
A12 = 01010000008024ABDCBABEBAAFDE000C
A13 = 01010000008024ABDCBABEBAAFDE000D
A14 = 01010000008024ABDCBABEBAAFDE000E
A15 = 01010000008024ABDCBABEBAAFDE000F
A16 = 01010000008024ABDCBABEBAAFDE0010
A17 = 01010000008024ABDCBABEBAAFDE0011

S0  = AES(SK, A0)  = CAEB7E017296DD2FA9A2CE789179501A
S1  = AES(SK, A1)  = 6D70B50070440A9A027DE8F66B6A6A29
S2  = AES(SK, A2)  = 1AE7647C4D5E6DABDEC602404C302341
S3  = AES(SK, A3)  = F98ED49BDAA3E30412811FCFCA8D98E6
S4  = AES(SK, A4)  = 78CECDC694F52F0549595B3727D87DF1
S5  = AES(SK, A5)  = F5FDDC7979C0F1ED2D2D6473CE6A73EB
S6  = AES(SK, A6)  = 43AFB7DA4B7A58CC5A524A96F490E4F9
S7  = AES(SK, A7)  = B02126B31152DD617E3D6E14E6614011
S8  = AES(SK, A8)  = C87774104B3F7E88595116F419CB579A
S9  = AES(SK, A9)  = 7CD9ABFED17B2EA3566C3B0717225DF7
S10 = AES(SK, A10) = 5E160094DBD5E3713FF893E82297B79A
S11 = AES(SK, A11) = 9F561F7B38627CEC0440684F7BE18289
S12 = AES(SK, A12) = 3CB156550AB0B87562A71D156B881699
S13 = AES(SK, A13) = 0D395150E2C9138053B5FFA9B1360162
S14 = AES(SK, A14) = A84074DF1C8969D267A73ED79643170D
S15 = AES(SK, A15) = 7F9498BB607E327DC3B858A1D6A805B7
S16 = AES(SK, A16) = C377A1364E96854171DC2D1B99D90DE9
S17 = AES(SK, A17) = 33F543A4F774A8A6D579223A31173679

Plain payload = 
        000102030405060708090A0B0C0D0E0F
        101112131415161718191A1B1C1D1E1F
        202122232425262728292A2B2C2D2E2F
        303132333435363738393A3B3C3D3E3F
        404142434445464748494A4B4C4D4E4F
        505152535455565758595A5B5C5D5E5F
        606162636465666768696A6B6C6D6E6F
        707172737475767778797A7B7C7D7E7F
        808182838485868788898A8B8C8D8E8F
        909192939495969798999A9B9C9D9E9F
        A0A1A2A3A4A5A6A7A8A9AAABACADAEAF
        B0B1B2B3B4B5B6B7B8B9BABBBCBDBEBF
        C0C1C2C3C4C5C6C7C8C9CACBCCCDCECF
        D0D1D2D3D4D5D6D7D8D9DADBDCDDDEDF
        E0E1E2E3E4E5E6E7E8E9EAEBECEDEEEF
        F0F1F2F3F4F5F6F7F8F9FAFBFCFDFEFF
        00010203
Encrypted packet payload =
        6D71B70374410C9D0A74E2FD67676426
        0AF6766F594B7BBCC6DF185B502D3D5E
        D9AFF6B8FE86C5233AA835E4E6A0B6C9
        48FFFFF5A0C019327160610C1BE543CE
        B5BC9E3A3D85B7AA65642E3882273DA4
        13FEE5891F2F0E9B020B10CDA8CDBAA6
        D04044D07537BB061654047F8A0C2E7E
        B80606633F4A08FF21286C8F65B629E5
        FC58297D55FEA824DEE5B18C9BAFD378
        CE8792074F4075E6A7610973BE0A2905
        3FF7BDD89CC7DA4BACE9C2E4D74C2C26
        8C00E4E6BE050EC2DA1EA7AED735A826
        CDF89393260CD5479B7C35627DFBCFAD
        7891A60CC85CBF05BF7EE40C4A9EC9D2
        9F757A58849BD49A2B51B24A3A45EB58
        338653C5BA6373B68925D7E06524F316
        33F441A7
Encrypted MIC = 021453405CAACE32

The encrypted data and MIC are split into four blocks as follows (the CRCs after each block are not shown):

  [0] = 6D71B70374410C9D0A74E2FD67676426
        0AF6766F594B7BBCC6DF185B502D3D5E
        D9AFF6B8FE86C5233AA835E4E6A0B6C9
        48FFFFF5A0C019327160610C1BE543CE
  [1] = B5BC9E3A3D85B7AA65642E3882273DA4
        13FEE5891F2F0E9B020B10CDA8CDBAA6
        D04044D07537BB061654047F8A0C2E7E
        B80606633F4A08FF21286C8F65B629E5
  [2] = FC58297D55FEA824DEE5B18C9BAFD378
        CE8792074F4075E6A7610973BE0A2905
        3FF7BDD89CC7DA4BACE9C2E4D74C2C26
        8C00E4E6BE050EC2DA1EA7AED735A826
  [3] = CDF89393260CD5479B7C35627DFBCFAD
        7891A60CC85CBF05BF7EE40C4A9EC9D2
        9F757A58849BD49A2B51B24A3A45EB58
        338653C5BA6373B68925D7E06524F316
        33F441A7021453405CAACE32

11.1.4. Data packet with packetCounter 1, Peripheral to Central

AAD = 4038

B0  = 59010000000024ABDCBABEBAAFDE0104
B1  = 00024038000000000000000000000000
B2  = 000102030405060708090A0B0C0D0E0F
B3  = 101112131415161718191A1B1C1D1E1F
B4  = 202122232425262728292A2B2C2D2E2F
B5  = 303132333435363738393A3B3C3D3E3F
B6  = 404142434445464748494A4B4C4D4E4F
B7  = 505152535455565758595A5B5C5D5E5F
B8  = 606162636465666768696A6B6C6D6E6F
B9  = 707172737475767778797A7B7C7D7E7F
B10 = 808182838485868788898A8B8C8D8E8F
B11 = 909192939495969798999A9B9C9D9E9F
B12 = A0A1A2A3A4A5A6A7A8A9AAABACADAEAF
B13 = B0B1B2B3B4B5B6B7B8B9BABBBCBDBEBF
B14 = C0C1C2C3C4C5C6C7C8C9CACBCCCDCECF
B15 = D0D1D2D3D4D5D6D7D8D9DADBDCDDDEDF
B16 = E0E1E2E3E4E5E6E7E8E9EAEBECEDEEEF
B17 = F0F1F2F3F4F5F6F7F8F9FAFBFCFDFEFF
B18 = 00010203000000000000000000000000

X1  = AES(SK, B0)        = 671A413BB0C2D36106F3F7C734E38909
X2  = AES(SK, X1 ^ B1)   = 7CB089EBB434ECED81402686BC0BECE6
X3  = AES(SK, X2 ^ B2)   = B8697DA70BFD8D4BC704EFD1B4607422
X4  = AES(SK, X3 ^ B3)   = 9FE848E45C33267437F203965A78D383
X5  = AES(SK, X4 ^ B4)   = 91C2BBA29F0E286C620951FFA93BBE14
X6  = AES(SK, X5 ^ B5)   = A60545B081DA67EB50A9ED80F44AEA69
X7  = AES(SK, X6 ^ B6)   = 350EB317EDB233947BDD112E23959C92
X8  = AES(SK, X7 ^ B7)   = 31CC4C171D82B519C32BA6DF3493221D
X9  = AES(SK, X8 ^ B8)   = 7F2A76456E662CF3B891A93D568555B7
X10 = AES(SK, X9 ^ B9)   = C9D243167322E6BEB017E8156F04A0FF
X11 = AES(SK, X10 ^ B10) = 3090B6644B40E18A463725A094817F0B
X12 = AES(SK, X11 ^ B11) = 08BE4600ED6D362210B1C2868698BEB1
X13 = AES(SK, X12 ^ B12) = 3D30D9C5EDB8145E74F293CE43C737C3
X14 = AES(SK, X13 ^ B13) = C67F4E954601A31A04BC32F7070479D2
X15 = AES(SK, X14 ^ B14) = D838FB46EA7D987FFCDE32C4D9E2C291
X16 = AES(SK, X15 ^ B15) = 716B45357BDFD33BEBDAD61965C07537
X17 = AES(SK, X16 ^ B16) = C27984AADEF9642F4F8B4AC8F48DD280
X18 = AES(SK, X17 ^ B17) = 10594FA7FD225E0500B1EBEC8BFF9D52
X19 = AES(SK, X18 ^ B18) = 4ACA20B98E86E1BF399BE062605137BB
MIC =                    = 4ACA20B98E86E1BF

A0  = 01010000000024ABDCBABEBAAFDE0000
A1  = 01010000000024ABDCBABEBAAFDE0001
A2  = 01010000000024ABDCBABEBAAFDE0002
A3  = 01010000000024ABDCBABEBAAFDE0003
A4  = 01010000000024ABDCBABEBAAFDE0004
A5  = 01010000000024ABDCBABEBAAFDE0005
A6  = 01010000000024ABDCBABEBAAFDE0006
A7  = 01010000000024ABDCBABEBAAFDE0007
A8  = 01010000000024ABDCBABEBAAFDE0008
A9  = 01010000000024ABDCBABEBAAFDE0009
A10 = 01010000000024ABDCBABEBAAFDE000A
A11 = 01010000000024ABDCBABEBAAFDE000B
A12 = 01010000000024ABDCBABEBAAFDE000C
A13 = 01010000000024ABDCBABEBAAFDE000D
A14 = 01010000000024ABDCBABEBAAFDE000E
A15 = 01010000000024ABDCBABEBAAFDE000F
A16 = 01010000000024ABDCBABEBAAFDE0010
A17 = 01010000000024ABDCBABEBAAFDE0011

S0  = AES(SK, A0)  = 2ECFC2E31E01875653C0F306FC7BFB96
S1  = AES(SK, A1)  = E488B6D188A0FAF15889E72A059902C0
S2  = AES(SK, A2)  = EDC470841F4140E0758C8E8F708399BD
S3  = AES(SK, A3)  = B441DEC180245E13738B148AADF78F41
S4  = AES(SK, A4)  = C23B850E878E97167726ECECDFFCAB82
S5  = AES(SK, A5)  = D8B8BF1354F5CC12AA34C5966E3E137A
S6  = AES(SK, A6)  = 631BB70C17E16A11972B990F9331C9A5
S7  = AES(SK, A7)  = D4DFDFFABB56A94832B7BACD688B8B00
S8  = AES(SK, A8)  = B84683835EC3BA6A7C30922C8BCD2FE7
S9  = AES(SK, A9)  = 005EE86CB7F8BD9D09F4F636ACE70248
S10 = AES(SK, A10) = 27C6BE04EE173A3467E1FD71AC4342BC
S11 = AES(SK, A11) = 626C791FF656FAE92D06110F74201556
S12 = AES(SK, A12) = 2ED3477E168C4997B7DCEE3F5BF4FD22
S13 = AES(SK, A13) = 68B13C4CA9EA089FB10D16C30F04B5BA
S14 = AES(SK, A14) = D770057DB1631BC3AC0AC7D08C3B87AE
S15 = AES(SK, A15) = 22C43E29119BFAEC35844A5606182816
S16 = AES(SK, A16) = 798C406544D44FADCB7BF8E90F80BA17
S17 = AES(SK, A17) = 0A5D9406EBCE3DFA0E1939F119865C17

Plain payload = 
        000102030405060708090A0B0C0D0E0F
        101112131415161718191A1B1C1D1E1F
        202122232425262728292A2B2C2D2E2F
        303132333435363738393A3B3C3D3E3F
        404142434445464748494A4B4C4D4E4F
        505152535455565758595A5B5C5D5E5F
        606162636465666768696A6B6C6D6E6F
        707172737475767778797A7B7C7D7E7F
        808182838485868788898A8B8C8D8E8F
        909192939495969798999A9B9C9D9E9F
        A0A1A2A3A4A5A6A7A8A9AAABACADAEAF
        B0B1B2B3B4B5B6B7B8B9BABBBCBDBEBF
        C0C1C2C3C4C5C6C7C8C9CACBCCCDCECF
        D0D1D2D3D4D5D6D7D8D9DADBDCDDDEDF
        E0E1E2E3E4E5E6E7E8E9EAEBECEDEEEF
        F0F1F2F3F4F5F6F7F8F9FAFBFCFDFEFF
        00010203
Encrypted packet payload =
        E489B4D28CA5FCF65080ED2109940CCF
        FDD562970B5456F76D9594946C9E87A2
        9460FCE2A40178345BA23EA181DAA16E
        F20AB73DB3BBA1214F1FD6D7E3C195BD
        98F9FD5010B08A55E27D8FDD22735D35
        334AE55F43B43C46CF72C354CF6C97FA
        B4BEBD99DF33CF2F5ADED0A604E6E56F
        C837F1F02AB6CC1D0449E857F7B05198
        80DF6AEF337D3B1A817D7CBD206A8CC7
        B7572C977A82ACA3FF7867EA30DEDC23
        C2CDDBBC52F35C4E85AFBBA4D88DBBF9
        9E62F5CDA239FF200F655484E749439D
        A870FE8F6D2FCE5879C4DC08C3C97B75
        07A1D7AE65B6CD1474D31D0B50E65971
        C225DCCAF57E1C0BDD6DA0BDEAF5C6F9
        897DB296B021B95A33820212F37D44E8
        0A5C9605
Encrypted MIC = 6405E25A908766E9

The encrypted data and MIC are split into four blocks as follows (the CRCs after each block are not shown):

  [0] = E489B4D28CA5FCF65080ED2109940CCF
        FDD562970B5456F76D9594946C9E87A2
        9460FCE2A40178345BA23EA181DAA16E
        F20AB73DB3BBA1214F1FD6D7E3C195BD
  [1] = 98F9FD5010B08A55E27D8FDD22735D35
        334AE55F43B43C46CF72C354CF6C97FA
        B4BEBD99DF33CF2F5ADED0A604E6E56F
        C837F1F02AB6CC1D0449E857F7B05198
  [2] = 80DF6AEF337D3B1A817D7CBD206A8CC7
        B7572C977A82ACA3FF7867EA30DEDC23
        C2CDDBBC52F35C4E85AFBBA4D88DBBF9
        9E62F5CDA239FF200F655484E749439D
  [3] = A870FE8F6D2FCE5879C4DC08C3C97B75
        07A1D7AE65B6CD1474D31D0B50E65971
        C225DCCAF57E1C0BDD6DA0BDEAF5C6F9
        897DB296B021B95A33820212F37D44E8
        0A5C96056405E25A908766E9

11.2. Sample data with 128-bit (16 octet) MIC

This shows the parts of the sample data that are affected by the MIC length.

Configuration parameters: the value of M changes:

          M = 16

Of the blocks that form the process used to encrypt packets:

The A blocks are not affected by the MIC length.
Block B0 is changed in the first octet but none of the other B blocks are affected.
The S blocks are not affected by the MIC length.
The X blocks depend on the B0 block and so are all completely different.

Therefore, this section shows only the B0 and X blocks and the final results. The rest of the derivation is identical to that in Section 11.1.

11.2.1. LL_START_ENC_RSP with packetCounter 0, Central to Peripheral

B0 = 79000000008024ABDCBABEBAAFDE0001

X1 = AES(SK, B0)      = E105C49A5E0D1A586F83CB3FDE402846
X2 = AES(SK, X1 ^ B1) = 999BE585B0E1E2795D0D7EBFB371DC3C
X3 = AES(SK, X2 ^ B2) = 3A643A361E4159EE0DD3A89DC70A4DA6
MIC                   = 3A643A361E4159EE0DD3A89DC70A4DA6

Encrypted MIC = 945A5F41E80BD6CB4D5F348D12308228

11.2.2. LL_START_ENC_RSP with packetCounter 0, Central to Peripheral

B0 = 79000000000024ABDCBABEBAAFDE0001

X1 = AES(SK, B0)      = D9A937394C292C37A3FC4ACDAA129126
X2 = AES(SK, X1 ^ B1) = F6E2FDD7676837D8011D287D252AFFA4
X3 = AES(SK, X2 ^ B2) = 0615D2E72EB61592FFC3316763CFEC7B
MIC                   = 0615D2E72EB61592FFC3316763CFEC7B

Encrypted MIC = 91464B41447BD603DB4B5857B4734524

11.2.3. Data packet with packetCounter 1, Central to Peripheral

B0  = 79010000008024ABDCBABEBAAFDE0104

X1  = AES(SK, B0)        = 03BD8329A7A88325BB5EEF4BA4F1987D
X2  = AES(SK, X1 ^ B1)   = B49DE3ECCF6C2394DE9E7FA5281F461F
X3  = AES(SK, X2 ^ B2)   = 867D641DCCCCCCF7B943FD20C0053C23
X4  = AES(SK, X3 ^ B3)   = C27C08A0320DCF82DA39CE90CE95EEFD
X5  = AES(SK, X4 ^ B4)   = C70B1876FA3D56853F3D9CF78012A9C6
X6  = AES(SK, X5 ^ B5)   = 2C0995DF2CE328D68261545364C8A289
X7  = AES(SK, X6 ^ B6)   = 6448CACC9D4702B42CB3F84198516E4A
X8  = AES(SK, X7 ^ B7)   = 6E64A01159CC5B379960939105E391EA
X9  = AES(SK, X8 ^ B8)   = 4A4C61B1D9B74EB246386192ED72E6C9
X10 = AES(SK, X9 ^ B9)   = 1E8D4968ACABF2FB2A41D24B353AB90C
X11 = AES(SK, X10 ^ B10) = EE37F3FBE14F1C8154B1178C9D634086
X12 = AES(SK, X11 ^ B11) = 24CCAB880BBCE05233E734D4A0B7466A
X13 = AES(SK, X12 ^ B12) = 5EAD7A7E06C5FFA2A3382FB1051ABAFE
X14 = AES(SK, X13 ^ B13) = 127F11CC0F3E4123951C55A69B7EA4A3
X15 = AES(SK, X14 ^ B14) = 384D1D9C96D875B85E86871DBF143493
X16 = AES(SK, X15 ^ B15) = D15CC3B94340C04B6288222B4E416D18
X17 = AES(SK, X16 ^ B16) = 9CACD04E915CE2E2F5040FE792A44102
X18 = AES(SK, X17 ^ B17) = BA28851B49B49E6FA32E464A1A9FCECB
X19 = AES(SK, X18 ^ B18) = 23D9D557EA7FBDBB3056A4EBFAC86C3A
MIC                      = 23D9D557EA7FBDBB3056A4EBFAC86C3A

Encrypted packet payload =
        6D71B70374410C9D0A74E2FD67676426
        0AF6766F594B7BBCC6DF185B502D3D5E
        D9AFF6B8FE86C5233AA835E4E6A0B6C9
        48FFFFF5A0C019327160610C1BE543CE
        B5BC9E3A3D85B7AA65642E3882273DA4
        13FEE5891F2F0E9B020B10CDA8CDBAA6
        D04044D07537BB061654047F8A0C2E7E
        B80606633F4A08FF21286C8F65B629E5
        FC58297D55FEA824DEE5B18C9BAFD378
        CE8792074F4075E6A7610973BE0A2905
        3FF7BDD89CC7DA4BACE9C2E4D74C2C26
        8C00E4E6BE050EC2DA1EA7AED735A826
        CDF89393260CD5479B7C35627DFBCFAD
        7891A60CC85CBF05BF7EE40C4A9EC9D2
        9F757A58849BD49A2B51B24A3A45EB58
        338653C5BA6373B68925D7E06524F316
        33F441A7
Encrypted MIC = E932AB5698E9609499F46A936BB13C20

The encrypted data and MIC are split into four blocks as follows (the CRCs after each block are not shown). Only the last portion of block 3 is affected by the MIC length.

  [0] = 6D71B70374410C9D0A74E2FD67676426
        0AF6766F594B7BBCC6DF185B502D3D5E
        D9AFF6B8FE86C5233AA835E4E6A0B6C9
        48FFFFF5A0C019327160610C1BE543CE
  [1] = B5BC9E3A3D85B7AA65642E3882273DA4
        13FEE5891F2F0E9B020B10CDA8CDBAA6
        D04044D07537BB061654047F8A0C2E7E
        B80606633F4A08FF21286C8F65B629E5
  [2] = FC58297D55FEA824DEE5B18C9BAFD378
        CE8792074F4075E6A7610973BE0A2905
        3FF7BDD89CC7DA4BACE9C2E4D74C2C26
        8C00E4E6BE050EC2DA1EA7AED735A826
  [3] = CDF89393260CD5479B7C35627DFBCFAD
        7891A60CC85CBF05BF7EE40C4A9EC9D2
        9F757A58849BD49A2B51B24A3A45EB58
        338653C5BA6373B68925D7E06524F316
        33F441A7E932AB5698E9609499F46A93
        6BB13C20

11.2.4. Data packet with packetCounter 1, Peripheral to Central

B0  = 79010000000024ABDCBABEBAAFDE0104

X1  = AES(SK, B0)        = 179032CD0F62570343A9DC9B8AD30C86
X2  = AES(SK, X1 ^ B1)   = F135D71DFEADBBFF584D55F96210E4B9
X3  = AES(SK, X2 ^ B2)   = F1EC51F686510C69F74903CEF014482D
X4  = AES(SK, X3 ^ B3)   = E7ECB52D0DA128921D431164ECE8DA7B
X5  = AES(SK, X4 ^ B4)   = 6B59BA2CF2CE75E99C861B95CCCECBC1
X6  = AES(SK, X5 ^ B5)   = 41E811D7ABDEBF64F4ADED652E2D1DFE
X7  = AES(SK, X6 ^ B6)   = 3553E05C5AA069A8A17B3396436D991B
X8  = AES(SK, X7 ^ B7)   = 7D7E931E94D834313DB3AADD6436AADC
X9  = AES(SK, X8 ^ B8)   = F181BC9CA372A13765A3FDE50B2869D7
X10 = AES(SK, X9 ^ B9)   = DBD4F73A9E7BAD6B1F61C5B6154A5BC1
X11 = AES(SK, X10 ^ B10) = 3878AB56CF6331AE861B1D01232E9407
X12 = AES(SK, X11 ^ B11) = 3CD14FB70E3BD0BEFA248531142EAC23
X13 = AES(SK, X12 ^ B12) = 31BAF70BE1F4B7ACAABD9069C0144064
X14 = AES(SK, X13 ^ B13) = 3DABE633B4F49DF598E7052ED8CA154B
X15 = AES(SK, X14 ^ B14) = 656066BEF71C3283D275CEF3AD61AAEB
X16 = AES(SK, X15 ^ B15) = 9C5107F53905937E38B36D7E5EC1E3CB
X17 = AES(SK, X16 ^ B16) = 59D54479C3DA4CC4D6415420702C110B
X18 = AES(SK, X17 ^ B17) = 93C3006C4A4449F315AB420BCC8BBACF
X19 = AES(SK, X18 ^ B18) = CBC4EEE72D7595F5334C6C82D15499E2
MIC                      = CBC4EEE72D7595F5334C6C82D15499E2

Encrypted packet payload =
        E489B4D28CA5FCF65080ED2109940CCF
        FDD562970B5456F76D9594946C9E87A2
        9460FCE2A40178345BA23EA181DAA16E
        F20AB73DB3BBA1214F1FD6D7E3C195BD
        98F9FD5010B08A55E27D8FDD22735D35
        334AE55F43B43C46CF72C354CF6C97FA
        B4BEBD99DF33CF2F5ADED0A604E6E56F
        C837F1F02AB6CC1D0449E857F7B05198
        80DF6AEF337D3B1A817D7CBD206A8CC7
        B7572C977A82ACA3FF7867EA30DEDC23
        C2CDDBBC52F35C4E85AFBBA4D88DBBF9
        9E62F5CDA239FF200F655484E749439D
        A870FE8F6D2FCE5879C4DC08C3C97B75
        07A1D7AE65B6CD1474D31D0B50E65971
        C225DCCAF57E1C0BDD6DA0BDEAF5C6F9
        897DB296B021B95A33820212F37D44E8
        0A5C9605
Encrypted MIC = E50B2C04337412A3608C9F842D2F6274

The encrypted data and MIC are split into four blocks as follows (the CRCs after each block are not shown). Only the last portion of block 3 is affected by the MIC length.

  [0] = E489B4D28CA5FCF65080ED2109940CCF
        FDD562970B5456F76D9594946C9E87A2
        9460FCE2A40178345BA23EA181DAA16E
        F20AB73DB3BBA1214F1FD6D7E3C195BD
  [1] = 98F9FD5010B08A55E27D8FDD22735D35
        334AE55F43B43C46CF72C354CF6C97FA
        B4BEBD99DF33CF2F5ADED0A604E6E56F
        C837F1F02AB6CC1D0449E857F7B05198
  [2] = 80DF6AEF337D3B1A817D7CBD206A8CC7
        B7572C977A82ACA3FF7867EA30DEDC23
        C2CDDBBC52F35C4E85AFBBA4D88DBBF9
        9E62F5CDA239FF200F655484E749439D
  [3] = A870FE8F6D2FCE5879C4DC08C3C97B75
        07A1D7AE65B6CD1474D31D0B50E65971
        C225DCCAF57E1C0BDD6DA0BDEAF5C6F9
        897DB296B021B95A33820212F37D44E8
        0A5C9605E50B2C04337412A3608C9F84
        2D2F6274

Bluetooth Core Specification